ALBERT

Note: Beitrag zur Geologie der Hutton Mountains und der Guettard Range (Palmer Land, Antarktische Halbinsel) : Teilnahme an der 29. Sowjetischen Antarktisexpedition 1984 ; vorläufige Mitteilung / Wolfgang Weber, Karin Rank

Note: Enthält 3 Beiträge , Inhaltsverzeichnis: Annotation Tektonische Untersuchungen in den Herbert Mountains (Shackleton Range, Antarktika) / Joachim Hofmann Beitrag zur Geologie des Pensacola-Gebirges (Antarktika) / Wolfgang Weber Tektonische Untersuchungen in der Patuxent-Formation der Schmidt Hills (Pensacola Mts. (Antarktika)) / Joachim Hofmann und V. V. Samsonov

Note: Inhaltsverzeichnis Annotation (Annotation, Annotacija) 1. Einführung 1.1. Politische Grundlagen 1.2. Rohstoffspekulationen 2. Grundzüge der Tektonik und Mineragenie der Antarktis 2.1. Geotektonische Epochen 2.2. Tektonisch-minerogenetische Rayonierung 3. Vorkommen fester mineralischer Rohstoffe 3.1. Metallische Rohstoffe 3.1.1. Schwarzmetalle 3.1.1.1. Eisen 3.1.1.2. Mangan 3.1.1.3. Chrom, Nickel, Kobalt, Vanadium, Titan 3.1.1.4. Molybdän, Wolfram 3.1.2. Buntmetalle 3.1.2.1. Kupfer 3.1.2.2. Blei, Zink 3.1.2.3. Zinn 3.1.3. Edelmetalle (Silber, Gold, Platin) 3.1.4. Sonstige Metalle 3.2. Nichtmetallische Rohstoffe 3.2.1. Edel- und Schmucksteine 3.2.2. Glimmer 3.2.3. Feuerfestminerale 3.2.4. Phosphat 3.2.5. Fluorit, Baryt 3.2.6. Graphit. 3.2.7. Schwefel 4. Kohlenvorkommen 5. Kohlenwasserstoff-Vorkommen 6. Geothermische Energie 7. Süßwasser(Eis)-Vorräte 8. Schlußfolgerungen 9. Danksagung . 10. Zusammenfassung (Summary, Rezjume) Literaturverzeichnis Tabellen 1 bis 8

Note: Inhalt: I. Untersuchungen zur Avifauna von King George / R. Bannasch und U. Lundberg. - II. Robbenbeobachtungen im Gebiet von King George / R. Bannasch. - III. Beobachtungen der marinen Fauna im Litoral und Benthal von King George (Südshetlandinseln, Antarktis) / M. Rauschert. - IV. Untersuchungen zum Helminthenbefall und zur Nahrung verschiedener Tiergruppen / K. Feiler. - , Zusammenfassung in englischer, deutsche und russischer Sprache , Teilweise in kyrillischer Schrift

Note: Beilage unter dem Titel: Eisbewegung Mirny - 100.km , Beilage unter dem Titel: Trigonometrisches Netz Mirny 1962 〈1 : 100 000〉 , Inhaltsverzeichnis Vorwort Einführung 1. Aufgabenstellung 2. Beschreibung des Arbeitsgebietes 3· Frühere geodätische Arbeiten im Expeditionsgebiet 4. Expeditionsverlauf 5· Messungen zur Bestimmung der Eisbewegung 5.1. Die trigonometrischen Arbeiten Mirny - 100. km 5.1.1. Technische Ausrüstung und Teilnehmer 5.1.2. Geodätische Instrumente 5.1.3. Erste Beobachtung der trigonometrischen Kette 5.1.4. Zweite Beobachtung der trigonometrischen Kette 5.1.5. Genauigkeiten 5.1.5.1. Richtungen und Zenitwinkel 5.1.5.2. Azimute 5.1.5.3. Streckenmessung 5.1.6. Berechnung der Koordinaten und Höhen 5.1.6.1. Lagemessung 5.1.6.1.1. 1. Beobachtung (2.4.1962) 5.1.6.1.2. 2. Beobachtung (10.11.1962) 5.1.6.2. Höhenmessung 5.1.6.2.1. 1. Beobachtung (2.4.1962) 5.1.6.2.2. 2. Beobachtung (10.11.1962) 5.1.7. Auswertung der Ergebnisse (Horizontale und vertikale Eisbewegung) 5.2. Eisbewegung im Stationsgebiet Mirny 6. Untersuchung der trigonometrischen und nivellitischen Refraktion 6.1. Aufgabenstellung 6.2. Trigonometrische Messungen 6.2.1. Maßanordnung 6.2.2. Durchführung der Beobachtungen 6.2.3. Ergebnisse der trigonometrischen Messungen 6.3. Nivellitische Messungen 6.3.1. Maßanordnung 6.3.2. Durchführung der Beobachtungen 6.3.3. Ergebnisse der nivellitischen Messungen 6.4. Zusammenfassung 7. Versuch zur Durchführung eines motorisierten Nivellements 7.1. Technische Ausrüstung 7 .2. Durchführung der Messungen 7.3. Ergebnisse 8. Literatur

Note: Inhalt: I. Zoologische Untersuchungen im Gebiet der sowjetischen Antarktisstation "Bellinghausen" / R. BANNASCH und K. ODENING. - II. Deuterium- und 18O-Variationen in Seen der Schirmacher-Oase (Ostantarktika) / W. RICHTER und G. STRAUCH. - III. Stable isotope investigations in Antarctica / H. SCHÜTZE, G. STRAUCH, K. WETZEL. - IV. The influence of degradation processes on the isotopic composition of Antarctic precipitation / R. DER. - V. Sommerliche Eisvariationen in der Olaf-Prydz-Bucht / H. GERNANDT. - VI. Zur Geologie des nördlichen Teils des Neptune Range / Pensacola-Gebirges (Antarktika) / W. WEBER und L. V. FEDOROV. - VII. Beobachtungen am Krill (Euphausia superba DANA) im atlantischen Sektor der Antarktis in der Sommersaison 1978 und 1979 / S. HOLZLÖHNER. - VIII. Forschungsreise eines Zubringertrawlers in die Antarktis / G. GUBSCH und U. HOFFMANN.

Note: Inhaltsverzeichnis Vorwort Zusammenfassungen 1. Problemstellung 2. Terrestrische Refraktion in der Grenzschicht der Atmosphäre 2.1. Lichtausbreitung und Refraktionskoeffizient 2.2. Vertikales Temperaturprofil in der Grenzschicht der Atmosphäre 2.3. Meteorologische Prozesse in der Grenzschicht Antarktikas 2.4. Terrestrische Refraktion Und vertikales Temperaturprofil über polaren Schnee- und Eisflächen (Literaturübersicht) 3. Terrestrische Refraktion bei der trigonometrischen Höhenbestimmung 3.1. Formeln 3.2. Technische Realisierung 3.3. Meßprogramm 3.3.1. Lagemessungen 3.3.2. Streckenbestinunungen für die Refraktionsuntersuchungen 3.3.3. Höhenbestimmungen 3.3.3.1. Nivellements 3.3.3.2. Vertikale Eisbewegung 3.3.3.3. Höhenübertragung auf den Mast 3.3.3.4. Genauigkeit der Höhenbestimmung 3.3.4. Relief der Schneeoberfläche 3.3.5. Messung der Zenitwinkel 3.3.5.1. Beobachtungsprogramm 3.3.5.2. Anzahl der Beobachtungen 3.3.5.3. Dauer und Synchronität der Beobachtungen 3.3.6. Elektrooptische Streckenmessung 3.3.6.1. Meßprogramm 3.3.6.2. Gerätetechnische Parameter 3.4. Beobachtungsfehler 3.4.1. Mittlerer Fehler der Streckenmessung 3.4.2. Mittlere Beobachtungsfehler der Zenitwinkel 3.4.3. Mittlere Fehler des berechneten Höhenwinkels A0, B0 für RK = 0 auf Grund der Beobachtungsfehler 3.4.4. Mittlere Fehler der berechneten Refraktionswinkel und der Refraktionskoeffizienten auf den Endpunkten der Linien auf Grund der Beobachtungsfehler 3.4.5. Mittlere Fehler des Refraktionskoeffizienten RKM auf Grund der Beobachtungsfehler 3.5. Mittlere Refraktionskoeffizienten RKM 3.6. Refraktionskoeffizienten RKA und RKB der einzelnen Visuren 3.7. Differenz der Refraktionswinkel (Refraktionskoeffizienten) bei gegenseitigen gleichzeitigen Beobachtungen 3.8. Geschlossene Dreiecke 4. Thermische Struktur der eisnahen Luftschicht und terrestrische Refraktion 4.1. Meßprogramm und Datenverarbeitung 4.1.1. Geräte 4.1.2. Meßprogramm 4.1.3. Datenverarbeitung 4.2. Meteorologische Verhältnisse im Maßgebiet 4.2.1. Station Molodeznaja 4.2.2. Meßfeld (Punkte 1 - 3)· 4.3. Vertikales Temperaturprofil in der Schicht 0 - 6 m über dem Inlandeis 4.3.1. Form der Temperaturprofile 4.3.2. Ausgewählte Tagesgänge der vertikalen Temperaturgradienten 4.3.3. Statistische Analyse der Temperaturgradienten 4.3.3.1. Empirische Verteilungsfunktionen 4.3.3.2. Mittlerer Jahres- und Tagesgang 4.3.3.3. Räumliche Unterschiede bei gleichzeitigen Messungen 4.3.4. Korrelation mit meteorologischen Parametern 4.3.5. Berechnung von integralen Temperaturgradienten aus wirksamen Refraktionskoeffizienten 4.4. Berechnung von lokalen Refraktionskoeffizienten aus dem vertikalen Temperaturprofil 4.4.1. Ausgewählte Tagesgänge der lokalen Refraktionskoeffizienten 4.4.2. Statistische Analyse der lokalen Refraktionskoeffizienten 4.4.2.1. Empirische Verteilungsfunktionen 4.4.2.2. Mittlerer Jahres- und Tagesgang 4.4.3. Korrelation mit meteorologischen Parametern 4.5. Vergleich zwischen geodätischen und lokalen meteorologischen Refraktionskoeffizienten 4.6. Multiple Regression zwischen dem wirksamen Refraktionskoeffizient und meteorologischen Parametern 4.6.1. Schätzung des wirksamen Refraktionskoeffizienten 4.6.2. Schätzung der Differenz des wirksamen Refraktionskoeffizienten von Stand- und Zielpunkt 4.7. Näherungsweise Lösung des FEARNLEY-Integrals und Korrelation mit geodätischen Refraktionskoeffizienten 4.7.1. Beschreibung des Rechenverfahrens 4.7.2. Vergleich zwischen RK und RP, RM, RF und RJ 4.7.3. Übersicht über die relativen Abweichungen 4.8. Abhängigkeit der Differenz der Refraktionswinkel bei gleichzeitigen gegenseitigen Beobachtungen von meteorologischen Elementen 5. Schlußbemerkungen 6. Literaturverzeichnis

Note: Inhaltsverzeichnis Summary, Rezjume 1. Einleitung 2. Das Bewegungsverhalten von Eismassen, seine Untersuchung und Modellierung 2.1. Zum Modellbegriff 2.2. Typische Eismassen und ihr Bewegungsverhalten 2.2.1. Zur Theorie der Eisbewegung 2.2.2. Gletscher 2.2.3. Schelfeis und Eiskappe 2.3. Die Ermittlung von Eisbewegungen durch geodätische Verfahren 2.3.1. Die Vorplanung der Messungen 2.3.2. Die Durchführung der Messungen 2.3.3. Reduktion der Beobachtungen 2.3.4. Berechnung der Eisbewegungen 2.4. Das trendbehaftete vektorielle Zufallsfeld - Modell zur Beschreibung des Geschwindigkeitsfeldes einer Eismasse - in der Theorie stochastischer Prozesse 2.4.1. Definition des Vektorfeldes 2.4.2. Das Geschwindigkeitsfeld einer Eismasse - trendbehaftetes vektorielles Zufallsfeld 2.4.3. Definition eines vektoriellen Zufallsfeldes 2.4.4. Wahrscheinlichkeitsdichte und Verteilungsfunktion 2.4.5. Die Momente und die Korrelationsfunktionen 2.4.6. Vektorielle Zufallsfelder mit Hormalverteilungsgesetz 2.4.7. Homogene und isotrope vektorielle Zufallsfelder 2.4.8. Das Ergodenproblem 3. Das Konzept der Kollokation und seine Anwendung auf die Bearbeitung von Eisbewegungsmessungen 3.1. Zur Theorie der Kollokation 3.1.1. Das Kollokationsmodell von Moritz [40] 3.1.2. Nichtlineare Prädiktion nach Grafarend [12] 3.1.3. Kollokation von Vektorgrößen 3.2. Analyse und Bearbeitung des Datenmaterials 3.2.1. Die Trendbestimmung 3.2.2. Die Analyse des Zufallsfeldes 3.3. Das Kollokationsmodell bei der Bearbeitung von Eisbewegungsmessungen 3.3.1. Zuordnung und Interpretation der Größen 3.3.2. Zur zeitlichen Variation des Geschwindigkeitsfeldes einer Eismasse 3.3.3. Kollokation mit den ursprünglichen reduzierten Beobachtungen 4. Praktische Untersuchungen 4.1. Geschwindigkeitsquerprofile des Fedtschenko-Gletschers (Pamir) 4.2. Geschwindigkeitslängsprofil des Kongsvegen-Gletschers (Spitzbergen) 4.3. Geschwindigkeitslängsprofil des Hays-Gletschers (Antarktika) 4.4. Geschwindigkeitsquerprofil des Ross-Schelfeises (Antarktika) 4.5. Vergleich mit früheren Untersuchungen zur Abschätzung von Geschwindigkeitskorrelationen natürlicher Eismassen 5. Zusammenfassung 6. Literaturverzeichnis , Zusammenfassung in englischer und russischer Sprache

Note: Inhaltsverzeichnis Annotation (Annotation, Annotacija) 1. Einleitung 2. Tektonische Rayonierung Antarktikas 2. I. Der Ostantarktische Kraton (1) 2.1.1. Zentraler Geoblock (1.1.) 2.1.1.1. Enderby Land-Block (1.1.1) 2.1.1.2. Dronning Maud Land-Block (1.1.2) 2.1.1.3. Prince Charles Mountains-Block (1.1.3) 2. 1.2. Östlicher Geoblock (1.2) 2.1.2.1. Vestfold Block (1.2.1) 2.1.2.2. Wilkes Land-Block (1.2.2) 2. 1.2.3. Victoria Land-Block (1.2.3) 2.1.3. Westlicher Geoblock (1.3) 2.1.3.1. Maudheim-Block (1.3.1) 2.1.3.2. Shekleton Range-Block (1.3.2) 2.1.3.3. Thiel Mountains-Block (1.3.3) 2.2. Die jungproterozoisch-altpaläozoische Mobilzone der Transantarctic Mountains (2) 2.2.1. Südlicher Block (2.1) 2.2.2. Nördlicher Block (2.2) 2.2.3. Admirality Mountains-Block (2.3) 2.3. Die jungproterozoisch-paläozoische Mobilzonen der Pensacola und Ellsworth Mountains (3) 2.3.1. Pensacola Mountains-Block (3.1) 2.3.2. Ellsworth Mountains-Block (3.2) 2.4. Die paläozoisch-mesozoische Mobilzone Westantarktikas (4) 2.4.1. Marie Byrd Land-Block (4.1) 2.4.2. Thurston Island/Eights Coast-Block ( 4.2) 2.4.3. Antarctic Peninsula-Block (4.3) 2.5. Die jungen Sedimentbecken der Westantarktis (5) 2.5.1. Weddell Sea-Becken (5.1) 2.5.2. Byrd-Senke (5.2) 2.5.3. Ross Sea-Becken (5.3) 3. Minerogenetische Entwicklung Antarktikas 3. I. Archaische minerogenetische Hauptepoche ( 〉 2,6 Ga) 3.2. Proterozoische minerogenetische Hauptepoche (ca. 2,6 bisca. 0,8 Ga) 3.2.1. Unterproterozoische minerogenetische Epoche (ca. 2,6 bis ca. 2,0 Ga) 3.2.2. Mittel- bis oberproterozoische minerogenetische Epoche (ca. 2,0 bis ca. 0,8 Ga) 3.3. Spätriphäisch-phanerozoische minerogenetische Hauptepoche ( 〈0,8 Ga) 3.3.1. Spätriphäisch-altpaläozoische minerogenetische Epoche (ca. 0,8 Ga bis ca. 450 Mal 3.3.2. Paläozoisch-frühmesozoische minerogenetische Epoche (ca. 450 Ma bis ca. 150 M;l) 3.3.3. Mesozoisch-känozoische minerogenetische Epoche (ab. ca. 190 Ma) 4. Minerogenetische Einheiten Antarktikas 4.1. Archaische minerogenetische Einheiten 4.1.1. Archaische hochmetamorphe Areale 4.1.2. Archaische Grünstein-Granit-Gürtel 4.2. Proterozoische minerogenetische Provinzen . 4.2.1. Tafeldeckgebirgskomplexe 4.2.2. Aktivierte Grundgebirgseinheiten 4.2.3. Intrakontinentale mobile Gürtel 4.3. Riphäisch-phanerozoische minerogenetische Einheiten 4.3.1. Tafeldeckgebirgs-Provinzen 4.3.2. Aktivierte Grundgebirgseinheiten 4.3.2.1. Provinzen spätriphäisch-altpaläozoischer Aktivierung 4.3.2.2. Provinzen mesozoischer Aktivierung 4.3.2.3. Provinzen känozoischer Aktivierung 4.3.3. Intrakontinentale Tröge und Senken 4.3.3.1. Spätriphäisch-altpaläozoische Tröge 4.3.3.2. Intrakontinentales Ellsworth-Orogen 4.3.3.3. Tafelsenken des Victoria und des Wilkes Lands 4.3.3.4. Minerogenetische Provinzen junger Rift- und Spaltenzonen 4.3.3.4.1. Transantarktische Riftzone 4.3.3.4.2. Lambert Glacier-Riftzone des paläozoischemesozoischen Plattenrandes 4.3.3.4.3. Brainsfield-Riftzone 4.3.4. Passive Plattenränder 4.3.5. Aktive Plattenränder 4.3.5.1. Minerogenetische Provinzen des spätriphäisch-frühpaläozoischen Plattenrandes 4.3.5.2. Minerogenetische Provinzen des mittelpaläozoischen Plattenrandes 4.3.5.3. Minerogenetische Provinzen des paläozoisch-mesozoischen Plattenrandes 4.3.5.4. Minerogenetische Provinzen des meso-känozoischen Plattenrandes 5.Zusammenfassung. Abstract, Rezjume Literaturverzeichnis

Note: Enthält auch: Methode und Anleitung zur weitgehend objektiven Ermittlung der Varietäten humifizierter Xylite unserer Weichbraunkohlen : Vortrag zum Berg- u. Hüttenmännischen Tag 1976 in Freiberg / von Gerhard Roselt

Note: Inhaltsverzeichnis = Contents Inhalt = Contents Vorwort = Foreword A. Seismologie = A. Seismology B. Physik des oberen Erdmantels = B. Physics of the Upper Mantle of the Earth C. Gravimetrie, Geodäsie, Erdgezeiten und rezente Erdkrustenbewegungen = C. Gravimetry, Geodesy, Tides of the Earth and Recent Movements of the Earth' s Crust. D. Magnetismus = D. Magnetism E. Theorie und Berechnungsanlagen = E. Theory and· Computers F. Tiefbohrungen für wissenschaftliche Zwecke = F. Deep Drilling for Scientific Purposes G. Petrologie = G. Petrology H. Tektonik = H. Tectonics J. Geochemie = J. Geochemistry , Text deutsch und englisch

Note: Table of Contents: GENERAL INTRODUCTION. - Figures. - North Arm of Great Slave Lake, showing positions of present and former Fort Rae sites. - Site plan of station. - METEOROLOGY. - Introduction. - PART 1. - TEMPERATURE. - 1. Instruments, exposures, and methods. - 2. Annual variation of temperature. - 3. Diurnal variation of temperature. - 4. The effect of cloud and wind upon temperature. - 5. Temperature and wind direction. - 6. Non-periodic temperature changes. - PART 2. - PRESSURE. - 1. Instruments and methods. - 2. Annual variation of pressure. - 3. Diurnal variation of pressure. - 4. Non-periodic pressure changes. - 5. Pressure waves. - 6. Pressure surges. - PART 3. - SURFACE WIND. - 1. Instruments, exposures, and methods. - 2. Annual variation of wind velocity. - 3. Diurnal variation of wind velocity. - 4. Frequency of winds of different velocities. - 5. Frequency of winds of different directions and of calms. - 6. SE. and NW. wind at Fort Rae. - 7. Velocity of winds from different directions. - 8. Distribution of wind velocities from different directions. - 9. Highest instantaneous wind speeds and extreme hourly winds. - 10. The effect of the NW. and SE. wind upon the meteorological elements. - 11. The resultant winds. - 12. Diurnal inequalitites of N. and E. components of resultant winds. - PART 4. - UPPER WINDS. - 1. General remarks. - 2. Monthly and seasonal mean wind velocities at different heights. - 3. Frequency of wind from various directions in the upper atmosphere. - 4. Distribution oof wind at different levels irrespective of direction. - 5. Mean wind velocities from different directions at different levels. - 6. Resultant winds in the upper atmosphere. - 7. The direction of the wind in the upper atmosphere when the wind at the surface is from stated directions. - PART 5. - UPPER AIR TEMPERATURE AND PRESSURE. - PART 6. - CLOUDS. - 1. General. - 2. Percentage frequency of different could forms. - 3. Cloud amount: percentage frequency of each cloud amount. - 4. Annual variation of cloud. - 5. Diurnal variation of cloud. - PART 7. - PRECIPITATION. - 1. Instruments and methods. - 2. Annual variation of precipitation. - 3. Snow crystals. - PART 8. - RELATIVE HUMIDITY OF THE AIR. - 1. General. - 2. Mean monthly values of humidity during the winter months. - 3. Annual variation of the relative humidity. - 4. Diurnal variation of the relative humidity. - PART 9. - SUNSHINE AND RADIATION. - PART 10. - HALO PHENOMENA. - PART 11. - VISIBILITY. - PART 12. - THE METEOGRAPH DIAGRAMS. - TERRESTRIAL MAGNETISM AND AURORA. - 1. Magnetograph chamber. - 2. Temperature insulation of the magnetograph hut. - 3. Temperature variation within the recording chamber. - 4. Recording instruments. - 5. ILLUMINATION. - 6. TIMING. - 7. CONTROL HUT AND CONTROL INSTRUMENTS USED. - 8. CONTROL OBSERVATIONS OF H. - 9. CONTROL OBSERVATIONS OF D. - 10. AZIMUTH MARK. - 11. CONTROL OBSERVATIONS OF INCLINATION. - 12. PROCEDURE IN CONTROL OBSERVATIONS. - 13. SUMMARISED RESULTS OF CONTROL OBSERVATIONS. - 14. SCALE VALUES OF DECLINATION MAGNETOGRAPHS. - 15. SCALE VALUES OF H AND Z MAGNETOGRAPHS. - 16. EFFECT ON SCALE VALUES OF GREAT SEASONAL RANGE OF HUMIDITY WITHIN THE RECORDING CHAMBER. - 17. TEMPERATURE COEFFICIENTS OF H AND Z VARIOMETERS. - 18. METHODS OF DETERMINING TEMPERATURE COEFFICIENTS OF VARIOMETERS. - 19. ASSIGNMENT OF H BASE LINE VALUES DURING PERIODS OF LARGE TEMPERATURE COEFFICIENT OF VARIOMETER. - 20. ASSIGNMENT OF H BASE LINE VALUES IN GENERAL. - 21. Z BASE LINE VALUES DURING PERIOD OF LARGE TEMPERATURE COEFFICIENT OF VARIOMETER. - 22. Z BASE LINE VALUES IN GENERAL. - 23. USE OF AUXILIARY H AND Z MAGNETOGRAPHS. - 24. D BASE LINE VALUES. - 25. MONTHLY MEAN VALUES: THE ANNUAL VARIATION AND SECULAR CHANGE. - 26. MONTHLY AND SEASONAL VALUES OF N, E, T, I, AND A. - 27. COMPARISON OBSERVATIONS AT 1882-83 (OLD FORT) STATION. - 28. DETERMINATION OF H AT OLD FORT RAE. - 29. DETERMINATION OF D AT OLD FORT RAE. - 30. DETERMINATION OF I AT OLD FORT RAE. - 31. SECULAR CHANGE AT OLD FORT RAE. - 32. LONGITUDE OF OLD FORT RAE SITE. - 33. AZIMUTH OF FIXED MARK AT OLD FORT RAE. - 34. RELATIONSRIPS BETWEEN ALL, QUIET, AND DISTURBED DAY VALUES AT THE MAIN STATION. - 35. NON-CYCLIC CHANGE. - 36. NON-CYCLIC CHANGE ON QUIET DAYS. - 37. EXAMINATION OF THE NEGATIVE NON-CYCLIC CHANGE ON q DAYS. - 38. NON-CYCLIC CHANGE ON DISTURBED DAYS. - 39. OVERLAPPING DAY MEANS. - 40. CHARACTERISTICS OF CURRENT SYSTEM NECESSARY TO PRODUCE H AND Z DEPARTURES FROM MEAN VALUES. - 41. POSITION OF CURRENT SYSTEM AND DIRECTION OF FLOW DEDUCED FROM MEAN H AND Z DEPARTURES AT OTHER STATIONS ON d DAYS. - 42. CONCLUSIONS REGARDING CURRENT CHARACTERISTICS ON DISTURBED DAYS. - 43. CURRENT SYSTEM ON q DAYS. - 44. CONSIDERATIONS UNDERLYING APPLICATION OF NON-CYCLIC CHANGE AND USE OF GREENWICH DAYS IN FORMATION OF DIURNAL INEQUALITIES. - 45. SOME FEATURES OF THE DIURNAL VARIATIONS. - 46. DIURNAL INEQUALITIES FOR SELECTED q AND d DAYS. - 47. MEAN ANNUAL VECTOR DIAGRAMS. - 48. SEASONAL VECTOR. DIAGRAMS. - 49. VECTOR DIAGRAMS ON d' AND q' DAYS. - 50. THE TOTAL FIELD VECTOR T AND ITS POSITIONAL CO-ORDINATES. - 51. SEASONAL MEAN VALUES OF T AND p IN DISTURBANCE. - 52. DIURNAL VARIATION OF T AND p IN DISTURBANCE. - 53. SOME DIURNALLY VARYING CHARACTERISTICS OF THE CURRENT SYSTEM PRODUCING DISTURBANCE. - 54. CHANGE IN POSITION OF DISTURBING CURRENT WITH SEASON. - 55 EFFECT OF INCREASED SCALE OF DISTURBANCE ON THE CURRENT SYSTEM. - 56. T AND p ON QUIET DAYS. - 57 RANGE AND AVERAGE DEPARTURES OF DIURNAL INEQUALITIES. - 58. COMPARISON OF INEQUALITY RANGE AND AVERAGE DEPARTURE AT FORT RAE WITH THOSE AT OTHER STATIONS. - 59. COMPARISON WITH 1882-83 INEQUALITY RANGES. - 60. ESTIMATE OF ELEVATION OF DISTURBING CURRENT SYSTEM FROM IR AND AD. - 61. HARMONIC ANALYSIS OF REGULAR DIURNAL VARIATIONS. - (i) 24-hour component. - (ii) 12-hour component. - (iii) 8-hour wave. - (iv) 6-hour wave. - 62. HARMONIC ANALYSIS OF MEAN INEQUALITIES FOR q' AND d' DAYS. - 63. ABSOLUTE DAILY RANGE: R. - 64. COMPARISON WITH 1882-83 RANGES. - 65. COMPARISON WITH R AT OTHER STATIONS. - 66. RELATION OF DISTURBANCE TO MAGNETIC LATITUDE. - 67. FREQUENCY DISTRIBUTION OF R. - 68. DIURNAL DISTRIBUTION OF TIMES OF INCIDENCE OF MAXIMA AND MINIMA. - 69. DIURNAL INCIDENCE OF EXTREME VALUES IN Z. - 70. INCIDENCE OF EXTREME VALUES IN H AND D. - 71. DAILY RANGE PRODUCTS HRH AND ZRz. - 72. HOURLY RANGES AND RANGE PRODUCTS. - 73. FREQUENCY DISTRIBUTION OF HOURLY RANGES IN REPRESENTATIVE MONTHS. - 74. RELATIONSHIPS AMONG THE HOURLY RANGES. - 75. RELATIVE MAGNITUDE OF PERTURBATIONS IN H AND Z. - 76. THE RATIO p = CR/Cr. - 77. SEASONAL DISTRIBUTION OF Cr AND ITS CONSTITUENTS. - 78. RANK ORDER OF DAYS, ON BASIS OF CR AND Cr: COMPARISON WITH INTERNATIONAL SELECTION OF q AND d DAYS. - 79. EFFECT OF USE OF GREENWICH DAY ON SELECTION OF q AND d DAYS. - 80. DIURNAL VARIATION OF IRREGULAR DISTURBANCE (Di). - 81. RELATION OF Di TO TIME DIFFERENTIALS OF FORCE VECTORS. - 82. CHARACTERISTICS OF D1. - 83. Di ON q' AND d' DAYS. - 84. HARMONIC ANALYSIS OF Di. - 85. LOCAL CHARACTER FIGURES. - 86. RANK ORDER OF MONTHS IN DISTURBANCE BY VARIOUS CRITERIA. - 87. INTERDIURNAL VARIABILITY OF H AND z: MONTHLY U ACTIVITY MEASURES. - 88. INTERDIURNAL VARIABILITY ON q' AND d' DAYS. - 89. COMPARISON OF COMPOSITE RANK ORDER OF MONTHS WITH INTERDIURNAL VARIABILITY MEASURES. - 90. DISTINCTIVE FEATURES OF DISTURBANCE. - 91. N DISTURBANCES. - 92. M DISTURBANCES. - 93. OSCILLATORY DISTURBANCE. - 94. RECOVERY MOVEMENTS. - 95. SEASONAL AND DIURNAL DISTRIBUTION OF N AND M MOVEMENTS. - 96. REPETITION OF ISOLATED PERTURBATIONS. - NON-INSTRUMENTAL AURORAL OBSERVATIONS. - 97. THE SCOPE OF THE OBSERVATIONS. - 98. ESTIMATION OF AURORAL INTENSITY. - 99. AURORAL "ACTIVITY" FIGURES. - 100. THE AURORAL LOG. - 101. SEASONAL DISTRIBUTION OF AURORAL FREQUENCY. - 102. AURORAL ACTIVITY OF THE YEAR: GENERAL NOTE. - 103. QUARTER-HOUR AURORAL INTENSITY FIGURES. - 104. MONTHLY DISTRIBUTION OF BRIGHT AURORA. - 105. DIURNAL

Note: Inhaltsverzeichnis: 1. Vorbereitung der Expedition und ihre Ausrüstung. - 2. Der Aufenthalt in Bossekop. Tagebuch über die photographischen Aufnahmen und unsere Beobachtungen. - 3. Das photographische Verfahren zur Berechnung der Höhe und Lage des Nordlichts. - 4. Die parallaktischen Aufnahmen und die entsprechenden Berechnungen. - 5. Eingehender Bericht über jedes einzelne Paar parallaktischer Bilder. - Erläuterungen zu den Tafeln.

Note: Inhalt: Einleitung. - 1. Zeitbestimmung und Untersuchung des Ganges der Chronometer. - A. Zeitbestimmung mit dem Schiffschronometer Nr. 2677. - B. Zeitbestimmung mit dem Sternzeitchronometer Nr. 1329. - C. Zeitkomparationen zwischen den Chronometern Nr. 2677 und Nr. 1329. - D. Zeitnormalen. - 2. Azimutbestimmungen. - 3. Kartierungsarbeit. - 4. - A. Instrumente. - B. Magnetisches Observatorium. - C. Auszug aus dem Tagebuch. - V. Deklinationsmessungen. - A. Das Variationsdeklinatorium. - B. Stundenobservationen. - C. Messungen der absoluten Deklination für die magnetische Hauptstation. - 1. Bestimmungen mit dem Lamontschen Instrument. - 2. Bestimmungen mit dem Neumayerschen Instrument. - 3. Komparationen. - 4. Diskussion der Azimutbestimmung der Miren für die magnetische Hauptstation. - 5. Basiswert des Variationsdeklinatoriums. - D. Der mittlere Gang der Deklination. - E. Deklinationsbestimmungen in der Umgebung der magnetischen Hauptstation. - 6. Horizontalintensitätsmessungen. - A. Abschlussmessungen. - 1. Absolute Bestimmungen in Upsala. - 2. Temperaturkoeffizienten. - 3. Bestimmung der Konstante C für das Lamontsche Instrument. - 4. Komparationen mit Neumayers Instrument. - 5. Komparationen auf der "Isla de Año Nuevo". - 6. Nähere Betrachtung der Instrumentenkonstanten C02(L). - B. Das Horizontalintensitäsvariometer im Magnethaus auf der Snow-Hill-Insel. - Der Temperaturkoeffizient Φ des H-Variometers. - C. Absolute Bestimmungen von H auf der Snow-Hill-Insel mit dem Lamontschen Instrument. - D. Bestimmung der Horizontalintensität in der Umgebung der magnetischen Hauptstation. - E. Der mittlere tägliche Gang der Horizontalintensität. - 7. Bestimmungen der Vertikalintensität und der Inklination. - A. Das Vertikalvariometer. - B. Der Temperaturkoeffizient η des Vertikalvariometers. - C. Absolute Bestimmung der Vertikalintensität. - D. Inklinationsbestimmungen in der Umgebung der magnetischen Hauptstation. - 8. Die erdmagnetischen Variationen während der Observationsstunden. - A. Variationen in Deklination und Horizontalintensität. - B. Variationen in der Vertikalintensität.

Note: Univ., Habil.-Schr., Marburg, 1909 , Inhalt: 1. Einleitung. - Lokalität. - Plan und Umfang der Aufstiege. - Kostenberechnung. - Beiträge. - Die Winde. - Die Drachen. - Drachenschuppen. - Draht. - Die Ballons. - Das Wasserstoffgas. - Pilotballons. - Beleuchtung im Winter. - Registrier-Instrumente. - Mitarbeiter. - 2. Ergebnisse der Aufstiege. - 3. Diskussion der Beobachtungen. - Temperatur. - Windzunahme mit der Höhe. - Drehung des Windes mit der Höhe. - Gang der relativen Feuchtigkeit mit der Höhe. - Zusammenfassung des mittleren Ganges d. met. El. m. d. Höhe. - Temperaturschichtung bei Refraktionsstörungen. - Die Höhe der Föhnwolken. - Die Höhe des Nebels. - Der Zustand der Atmosphäre bei Föhn. - Der Ostwind.

Note: Contents: Introduction. - Bank-water. - The Spitsbergen Atlantic Current. - The water of the Spitsbergen Fjords, and the coast water. - The deep-water of the North Polar Basin. - The deep-water of the Norwegian Sea. - Current measurements. - Current measurements at Stat. 41, on August 18th and 19th, 1912. - Computation of the velocities of the currents in the region between Stats. 41 and 40, by means of dynamic sections. - Current measurements on August 4th and 5th. - Computation of the velocities of the currents at Stats. 18 to 22. - Dynamic current charts. - Vertical oscillations of the water strata. - The tidal wave in the North Polar Basin. - Ice-pressures and the tidal wave. - The extension and shape of the North Polar Basin. - Investigations on the amount of Oxygen in the Spitsbergen waters. - Some observations of the Hydrogen Ion Concentration in the Northern Sea-Water. - Table 1. Temperature, salinity, and density of the sea-water. - Table 2. Current-Measurements. - Table 3. Measurements of the Oxygen in the sea-water. - Table 4. Measurements of the Hydrogen Ion Concentration of the sea-water. - Literature.

Note: Inhaltsverzeichnis: 1. Einleitung. - 1.1. Grundlagen der Isotopengeochemie. - 1.2 Isotopieeffekte bei geologischen Prozessen. - 1.3. Einführung in die Augabenstellung. - 2. Entwicklung kieseliger Sedimente und ihrer Sauerstoffisotopenzusammensetzung. - 2.1 Entstehung und Klassifikation von kieseligen Sedimenten. - 2.2. Diagenese und Veränderung der δ18O-Werte von Cherts. - 3. Entwicklung von Kalksedimenten und ihrer Sauerstoffisotopenzusammensetzung.- 3.1. Entstehung und Charakterisierung von Kalksedimenten. - 3.2 Zur Frage des Isotopengleichgewichts zwischen biogenen Karbonaten und Ozeanwasser. - 3.3. Beeinflussung der δ18O-Werte von Tiefseekarbonaten durch selektive Auflösung von Skelettteilen während des Absinkens zum Ozeanboden. - 3.4. Einfluss von Diageneseprozessen auf die Veränderung der δ18O-Werte von Tiefseekarbonaten. - 4. Modellrechnungen für die δ18O-Records von Tiefseebohrungen. - 4.1. Zielstellung. - 4.2. Übersicht über das verwendete Datenmaterial und Programme zur Datenspeicherung und -auswertung. - 4.2.1. Datenmaterial. - 4.2.2. Programmsystem GEODAT. - 4.3 Statistische Auswertung der Daten. - 4.4. Beschreibung des Modells. - 4.4.1. Zusammenstellung der verwendeten Bezeichnungen. - 4.4.2 Modellannahmen. - 4.4.2.1. Porosität. - 4.4.2.2. Rekristallisation. - 4.4.2.3. Zusammensetzung des Sediments. - 4.4.2.4. Temperatur und δ18O-Wert des Ozeans. - 4.4.2.5. Trennparameter. - 4.4.2.6. Zusammenfassung der Modellannahmen. - 4.4.3. Ableitung des Modells. - 4.5. Ergebnisse der Modellrechnungen. - 4.6. Diskussion der Ergebnisse der Modellrechnungen. - 4.7. Berechnung von möglichen Palaeotemperaturen mit einem zeitabhängigen Modell. - 5. Zusammenfassung. - Literaturverzeichnis.

Note: Contents: Preface, by Sir A. Geikie. - Introductory Note, by L. C. Bernacchi. - Historical Note, by Dr. C. Chree. - Explanation of tables of hourly values. - Tables of hourly values. - Table of days made use of for diurnal inequalities. - DISCUSSION OF THE OBSERVATIONS, BY DR. C. CHREE. - 1. Instruments and records. - Instruments. - Scale values of curves. - Temperature coefficient of vertical-force magnet. - 2. Base-line values, annual inequality, secular change. - Declination and horizontal-force base-line values. - Declination and horizontal-force mean monthly values. - Declination and horizontal-force secular change. - Declination and horizontal-force annual inequality. - Vertical-force base-line values and temperature corrections. - 3. Diurnal inequalities and their discussion. - Diurnal inequalities of declination, horizontal force and vertical force. - Explanation of diurnal-inequality tables and curves. - Diurnal-inequality tables XII-XXII. - Non-cyclic changes. - Discussion of declination, horizontal force, and vertical-force inequalities. - Diurnal inequality of inclination. - Dirunal inequality of South and West Components. - Figures 1-13, illustrating Diurnal inequalities. - 4. Diurnal inequalities, Fourier coefficients. - Fourier α and β coefficients. - Fourier γ and α coefficients. - 5. Annual variation, Fourier coefficients. - 6. Absolute daily ranges, Daily maxima and minima. - Absolute daily ranges of declination, Horizontal force and vertical force. - Incidence of daily maxima and minima. - 7. Term-hour and special records. - Term-hour records from Mauritius. - Term-hour records from Christchurch. - Term-hour records from Antarctic Winter Quarters. - Antarctic Record during solar eclipse. - Pulsations. - Antarctic record on exceptionally quiet day. - 8. Records of disturbances from co-operating stations and winter quarters. - Comparative records from Falmouth, Colaba, Mauritius, and Christchurch. - Antarctic Records of disturbances. - Various representative types of Antarctic disturbances. - 9. Mathematical analysis of disturbances, and their discussion. - General discussion of theories. - Case of sphere of magnetic material in a uniform field. - Definition and nature of disturbances. - Analysis of selected disturbances recorded at the co-operating stations and at winter quarters. - 10. Special type of disturbance. - 11. Comparison of Antarctic Magnetic disturbances and aurora. - Appendix A.: Christchurch term-day observations. - Appendix B.: An examination of Antarctic disturbances from October, 1902, to March, 1903, which are simultaneous with Arctic disturbances discussed by Prof. Kr. Birkeland.

Note: 1 Kartenbeilage unter dem Titel: Neuschwabenland (West) 〈1 : 2.000.000〉, Bildflugroutenübersicht Antarktis-Expediton 1983/84 = Aerial Survey Route Map. - 2. Ausgabe. - Frankfurt am Main : Institut für Angewandte Geodäsie (IfAG), 1985. , 1 Beilage unter dem Titel: Supplement to National Antarctic Research Report to SCAR, No. 7 (July 1985) , Contents: Membership of the National Committee on Antarctic Research in the Federal Republic of Germany. - Members of Permanent Working Groups and Groups of Specialists of SCAR. - Introduction. - Stations. - I. Record of Activities (past and ongoing), April 84-October 85. - II. Planned Activities, October 1985 - October 1986. - References. - Addenda to Former Reports. - Index of Activities.

Note: CONTENTS: Foreword. - Radio physical methods of ice and snow studies / V. V. Bogorodsky. - Radar frequency-modulated signals reflected from ice surfaces and the possibility of their modelling / A. B. Babayev, V. P. Logachev, V. N. Parfentyev, V. A. Fedorov, G. P. Shelomanova. - Ice structure and its effect on ice SHF emissivity / A. Ye. Basharinov, A. A. Kurskaya. - Radio wave propagation in glaciers / V. V. Bogorodsky, G. V. Trepov, B. A. Fedorov. - Radio echo sounding of sea ice / V. V. Bogorodsky, V. P. Tripolnikov. - Emissivity of ice, land and sea surfaces modelled by layered heterogeneous structures / V. V. Bogorodsky, A. I. Kozlov, L. T. Tuchkov. . - Radio sounding wide angle reflection measurements / J. W. Clough. - Depolarization of radio echo returns / J. W. Clough. - Remote radar measurements of sea ice thicknesses / M. I. Finkelshtein, V. A. Kutev, V. G. Glushnev, E. I. Lazarev. - Electrical properties of the vacuum-formed ice and their dependence on structure / A. K. Zhebrovsky, G. M. Strakhovsky, V. N. Nedostayev, V. I. Stebin. - Ice forces on separate supporting structures by laboratory and field tests / S. A. Vershinin, Ye. M. Kopaygorodsky, V. V. Panov, Z. I. Shvaishtein. - Correlation between the salinity of sea ice and extinction coefficient at 6328 Å / H. Davis, R. Munis. - Optical characteristics of some vanehes of natural ice / B. Ya. Gaitskhoki. - Instruments for the investigation of spectral reflection of liquid water on 1-50 Mm wave lengths / M. A. Kropotkin. - On the study of the process of charge generation at the phase interface of 10-3 molar solution of natrium chlorirde, freezing oriented / V. Petera. - The behavior of ice in rapidly variable electromagnetic fields of high intensity / L. B. Nekrasov. - Magnetic survey of ice wedges / B. V. Volodko, V. S. Yakupov, E. N. Akhmedzyanov, V. M. Kalinin, V. O. Papitashvili, G. A. Sereda. - Low frequency polarization of ice and frozen coarse-disperse formations / V. P. Melnikov, A. M. Snegiryev. - Coastal ice dynamics by SLAR observations / S. M. Losev, Yu. A. Gorbunov. - Surface water temperature observations by airborne radiation thermometer / A. I. Paramonov, Yu. A. Gorbunov, S. M. Losev. - Acoustic techniques in snow and ice studies / V. P. Gavrilo, A. V. Gusev. - Attenuation and scattering of sound waves by sea ice / V. V. Bogorodsky, G. E. Smirnov, S. A. Smirnov. - A study of sound attenuation in natural ice / N. A. Grubnik, O. V. Kudryavtsev. - Ice cover studies by seismic and tiltmeter methods / V. N. Smirnov, Ye. M. Linkov. - Glacier dynamics studies by laser deformograph / I. M. Belousova, I. P. Ivanov, N. G. Firsov. - An expenmental study of ice adhesion by laboratory and field tests / V. V. Panov, A. V. Panyushkin, Yu. D. Sinochkin, Z. I. Shvaishtein. - A study of ice layer destruction process / N. A. Grubnik, V. I. Fomin, A. B. Shemyakin. - Mechanical propterties of snow related to its use as a construction material / A. F. Wuori. - Arctic snow cover / I. M. Dolgin, N. N. Bryazgin, L. S. Petrov. - A technique to measure large moisture content in the snow by cosmic radiation / S. I. Avdyushin, Y. F. Barabantshchikov, R. M. Kogan, Y. M. Kulagin, I. M. Nazarov, Sh. D. Fridman, I. S. Yudkevich. - Techniques for measuring the strength characteristics of natural and processed snow / G. Abele. - Statistic evaluation of spatial distribution of the main parameters of the ice cover / A. Ya. Buzuyev. - Study of mechanical properties of fresh-water ice with slowly variable load / K. N. Korzhavin, A. B. Ivchenko. - On the short-term ice creep and micro crack kinetics of new formations / Yu. K. Zaretsky, A. M. Fish, V. P. Gavrilo, A. V. Gusev. - Field tests of physical and mechanical properties of the ice cover / A. Ya. Ryvlin. - Determination of specific failure energy and impact pressure values of ice / D. Ye. Kheisin, V. A. Likhomanov, V. A. Kurdyumov. - Radio hydro/acoustical method to study meso-scale characteristics of sea ice dynamics / V. V. Bogorodsky, V. P. Gavrilo, A. P. Polyakov. , In kyrillischer Schrift , Mit englischem Inhaltsverzeichnis

Note: Inhaltsverzeichnis: 15 Jahre Zentralinstitut für Isotopen- und Strahlenforschung der AdW der DDR / K. Wetzel. - Spurenanalyse mittels Ionisationsgasanalyse in der Mikroelektronik / H.-J. Große, P. Popp. - Beiträge der Isotopenforschung im ZfI zum Erkenntnisgewinn in den Geowissenschaften / R. Haberlandt, H. Schütze. - Radioisotopentechnik in der chemischen Industrie / G. Hoffmann. - EDV und moderne Informatik - wesentliche Elemente der Intensivierung des Forschungsprozesses im ZfI / L. Jankowski. - Nukleare Analyseverfahren in der Halbleiterindustrie / H. Koch. - Radionuklide in der Energetik / J. W. Leonhardt. - Ergebnisse der strahlenchemischen Grundlagenforschung und Entwicklungstendenzen der Strahlenchemie / W. Reicherdt. - Gewinnung von Wertmetallen aus Abprodukten / M. Rösseler. - Zur Isotopenproduktion am ZfI / G. Vormum.

Note: CONTENTS Abstract Preface Conversion factors Summary Introduction Determining economic thicknesses for insulation Background Analysis method for new construction Analysis method for reinsulating existing construction Sensitivity and longevity of the results Sensitivity Longevity Recommendations Saving money vs. saving energy Energy economics conservation Building energy performance standards Conclusion Literature cited Appendix A: Heating system costs Appendix B: Present worth factors Appendix C: Base case and incremental thermal properties Appendix D: LCC comparison graphs for wall and roof systems Appendix E: Cost penalties for energy conservatism Appendix F: Graphic aid for figuring energy savings thermal improvements

Note: Contents: Abstract Preface Introduction Vapor flow Temperature profile Crystal growth rates Equilibirum versus kinetic growth forms of snow crystals Discussion Summary Literature cited

Note: CONTENTS Abstract Preface Introduction Scope of work Ice discharge from Lake Huron into St. Clair River Water velocity profiles at Port Huron Ice conditions Physical model Basis for selection Description Instrumentation Model ice control structure Open water calibration Open water tests Experimental procedures and techniques Ice cover calibration Ice control structure orientation Analysis of ice discharge due to ship transits Natural ice Synthetic ice Forces on the ice control structure Static measurements Dynamic force measurements Potential additional shear stresses Anticipated ice conditions with ICS Conclusions Literature cited Appendix A. Application of model results Appendix B. Suggested additional studies Appendix C. Derivation of ice discharge

Note: CONTENTS: I. National Committee for Antarctic Research, and National Operating Body. - II. Map of Stations. - Ill. Permanent Observatories, Regular Observations and Long-term Monitoring. - IV. Report on Highlights of Science Activities from Previous Reporting Period (1 Oct. 91 - 31 March 92). - A. Biology. - B. Geodesy & Geographic Information. - C. Geology. - D. Solid Earth Geophysics. - E. Glaciology. - F. Human Biology & Medicine. - G. Atmospheric Sciences. - H. Logistics. - I. Ocean Physical Sciences (incl. Marine Chemistry). - V. List of Permits and Rationale for Entry into SPAs and SSSIs. - VI. Prospectus of Planned Activities for Coming Reporting Period (1 April 92 - 31 March 93). - A. Biology. - B. Geodesy & Geographic Information. - C. Geology. - D. Solid Earth Geophysics. - E. Glaciology. - F. Human Biology & Medicine. - G. Atmospheric Sciences. - H. Logistics. - I. Ocean Physical Sciences (incl. Marine Chemistry). - VII. Future Activities Planned & Funded (beyond 31 March 93). - A. Biology. - B. Geodesy & Geographic Information. - C. Geology. - D. Solid Earth Geophysics. - E. Glaciology. - F. Human Biology & Medicine. - G. Atmospheric Sciences. - H. Logistics. - I. Ocean Physical Sciences (incl. Marine Chemistry). - VIII. Bibliography. - IX. List of Principal Investigators and Responsible Authorities.

Note: CONTENTS: I. National Committee for Antarctic Research, and National Operating Body. - II. Map of Stations. - Ill. Permanent Observatories, Regular Observations and Long-term Monitoring. - IV. Report on Highlights of Science Activities from Previous Reporting Period (1 Oct. 93 - 31 March 94). - A. Biology. - B. Geodesy & Geographic Information. - C. Geology. - D. Solid Earth Geophysics. - E. Glaciology. - F. Human Biology & Medicine. - G. Atmospheric Sciences. - H. Logistics. - I. Ocean Physical Sciences (incl. Marine Chemistry). - V. List of Permits and Rationale for Entry into SPAs and SSSIs. - VI. Prospectus of Planned Activities for Coming Reporting Period (1 April 94 - 31 March 95). - A. Biology. - B. Geodesy & Geographic Information. - C. Geology. - D. Solid Earth Geophysics. - E. Glaciology. - F. Human Biology & Medicine. - G. Atmospheric Sciences. - H. Logistics. - I. Ocean Physical Sciences (incl. Marine Chemistry). - VII. Future Activities Planned & Funded (beyond 31 March 95). - A. Biology. - B. Geodesy & Geographic Information. - C. Geology. - D. Solid Earth Geophysics. - E. Glaciology. - F. Human Biology & Medicine. - G. Atmospheric Sciences. - H. Logistics. - I. Ocean Physical Sciences (incl. Marine Chemistry). - VIII. Bibliography. - IX. List of Principal Investigators and Responsible Authorities.

Note: Contents: Membership of the National Committee on Antarctic Research in the Federal Republic of Germany. - Introduction. - Stations. - I. Record of Activities (past and ongoing), April 82-October 83. - II. Planned Activities, October 83-October 84. - References.

Note: Contents: Membership of the National Committee on Antarctic Research in the Federal Republic of Germany. - Introduction. - Stations. - I. Record of Activities (past and ongoing), April 83-October 84. - II. Planned Activities, October 84-October 85. - References.

Note: Contents: Membership of the National Committee on Antarctic Research in the Federal Republic of Germany. - Introduction. - Stations. - I. Record of Activities (past and ongoing), April 81-October 82. - II. Planned Activities, October 82-October 83. - References.

Note: Contents: Membership of the National Committee on Antarctic Research in the Federal Republic of Germany. - Introduction. - Stations. - I. Record of Activities (past and ongoing), April 80-October 81. - II. Planned Activities, October 81-October 82. - References.

Note: Contents: Membership of the National Committee on Antarctic Research of the Federal Republic of Germany. - Introduction. - Station. - Antarctic Research Activities 1979-1980. - Planned Research Activities 1980-1981. - References.

Note: Contents: Membership of the National Committee on Antarctic Research of the Federal Republic of Germany. - Introduction. - Station. - Field Activities 1974-1979. - Planned Activities 1979/80. - References.

Note: CONTENTS Abstract Preface Introduction Background and theory Trickling filters Introduction Design procedure Design example Winter operations Pond systems Introduction Design procedure Design example Winter operations Rotating biological contactors Introduction Design procedure Design example Winter operations Activated sludge systems Introduction Design procedure Design example Winter operations Comparison of alternatives Conclusions Literature cited

Note: CONTENTS Abstract Preface Introduction Basic finite-element formulas Description of problem Finite-element equation-fixed mesh Finite-element equation-deforming mesh Transfinite mapping technique Computations and conclusions Literature cited Appendix A : Point heat sources Appendix B: Evaluation of the integral including latent heat (fixed mesh) Appendix C: Specification of [K] -deforming mesh Appendix D: Specifying δΤ/δn and the direction of mj for method I Appendix E: Procedures of method 2 Appendix F: Explanation of programs

Note: CONTENTS Abstract Preface Introduction Tests Results Ice forces on inclined structures Transition of ice action due to velocity increase Aspect ratio Bridge pier nose geometry Conclusions Literature cited

Note: CONTENTS Abstract Preface Introduction Plattsburgh Air Force Base Radar sounding system Survey procedure Cavity inspection Radar cavity detection test Radar profile results Falling-weight deflectometer tests Discussion and conclusions Literature cited

Note: CONTENTS Abstract Preface Introduction Background and environmental setting Data collection and terminology Data analysis Gouge depths Gouge orientation Gouge frequency Extreme value analysis Applications to offshore design Gouge depth Extreme value statistics Burial depths Conclusion Literature cited Appendix A: Detailed bathymetric map of the Alaskan portion of the Beaufort Sea

Note: CONTENTS Abstract Preface List of symbols Introduction Objectives Background Problems in describing the response of snow to an applied stress Methods of determining the dynamic behavior of materials Review of previous studies on snow Experimental measurements on snow Summary of snow experiments Theoretical studies Confirmation of the theory Discussion Applications Recommendations Summary Literature cited Appendix A. Selected data from Wisotski and Snyder (1966) Appendix B. Pressure data from Livingston (1964)

Note: CONTENTS Abstract Preface Introduction Finite differences applied to heat transfer Heat conduction equation Boundary conditions Phase change Computer program ADDATA, the data subroutine TRIDIG, the matrix solver ISOTHM, the isotherm finider ADI, main program ADEPC, main program Verification of ADI Comparison of ADI with analytical results Comparison of ADI with experimental results Verification of ADIPC Comparison of ADIPC with analytical results-the Neumann solution Comparison of ADIPC with analytical results-two-dimensional phase change verification User instruction for ADI User instruction for ADIPC Conclusions Literature cited Appendix A. Program INFSUM and sample input and output for program ADI Appendix B. Program ADIPC and sample input and output

Note: CONTENTS Abstract Preface Introduction Background Development of testing technique Test specimens Tensile testing Compression testing Experimental results Tensile tests Compression tests Discussion Conclusions Suggestions for further work Literature cited Appendix A: Additional information on seed grains Appendix B: Thin-sectioning procedure Appendix C: Displacement transducer calibration

Note: CONTENTS Abstrac Preface Introduction Purpose Scope Concept of accuracy Test selection Definition of parameters Piezometric head Use of piezometers Hydraulic conductivity Flow direction Specific discharge magnitude Transmissivity Volumetric flow rate Porosity Average linear velocity Storage coefficient-specific yield Aquifer dispersivity Parameter estimation techniques Piezometric head Hydraulic conductivity Direction and magnitude of specific discharge vector Transmissivity Volumetric flow rate Total porosity Average linear velocity Storage coefficient Specific yield Effective porosity Aquifer dispersivity-dispersion coefficients Conclusions Literature cited

Note: CONTENTS Abstract Preface Nomenclature Conversion of metric units Introduction Review of existing models Accumulation models Ablation models Using existing models for studying mobility Proposed snowpack model for mobility studies Model components Implementation of the model Developing input data Conclusions Literature cited

Note: CONTENTS Abstract Preface Nomenclature Introduction Experimental setup and procedure Results and discussion Cylindrical structures Conical structures Conclusions Literature cited Appendix A: Relationship between flexural strength and in-situ unconfined compressive strength Appendix B: Test data

Note: CONTENTS Abstract Preface Introduction Description of study Model results The problem Conclusions Literature cited

Note: Kartenbeilage unter dem Titel: Periglaziallandschaft Irgensfjellet, Kingsbay-Westspitzbergen 〈1 : 1 500〉 , Inhalt: 4. Die Arbeiten zur Periglazialforschung 4.1. Vorwort zum Ergebnisbericht der Expeditionsgruppe Periglazialforschung 4.2. Untersuchungen zur Morphologie der periglazialen Auftauschicht im Kongsfjordgebiet (K. Herz; G. Andreas) 4.3. Untersuchungen zur Ökologie der periglazialen Auftauschicht im Kongsjfordgebiet (K. Herz; G. Andreas) 4.4. Geoelektrische Sondierungen zum Nachweis der sommerlichen Auftautiefe in der Arktis (G. Andreas) 5. Die geomagnetischen Arbeiten 5.1. Geomagnetische Tiefensondierungen am Süd- bzw. Nordufer des Kongsfjordes in Spitzbergen (V. Auster, K. Legning) 5.2. Ergebnisse der geomagnetischen Messungen der Spitzbergen-Expedition im Sommer 1964 (V. Auster, K. Legning, H. Zander) 5.3. Messungen des Erdpotentialgradienten an Land und auf See in Ny-Ålesund (K. Legning) 5.4. Messung der geomagnetischen Horizontalintensität sowie der Deklination auf einem eisernen Schiff (V. Auster, K. Legning)

Note: CONTENTS Abstract Preface Nomenclature Introduction Background Scope of study Literature review Introduction Incipient formation of frazil ice Particle size and evolution of frazil ice Influences of turbulence and water temperature on the rate of frazil ice formation Conclusions Analytical model Introduction Elements of heat transfer Elements of turbulence Experimentation Experimental apparatus Experimental procedure Results Introduction Nucleation of frazil ice Influences of turbulence on frazil ice formation Water temperature Influences of water temperature and turbulence on the concentration of frazil ice Frazil ice particle shape and size Conclusions Literature cited Appendix A: Preliminary frazil ice experiments Flume experiments Couette-flow Appendix B: Listing of computer program for calculation of frazil ice formation Appendix C: Water temperature rise attributable to frazil ice formation as computed usingthe analytical model .

Note: CONTENTS Abstract Preface Introduction Methods and instrumentation Results Drift tracks Pressure data Temperature data Discussion Conclusions Literature cited

Note: CONTENTS Abstract Preface Introduction Field Sampling Site selection and description Ice sampling procedures Shipping and storage of ice samples Testing Techniques Multi-year Pressure Ridge Tests Ice description Sampling scheme and test variables Uniaxial compressive strength Residual compressive strength Failure strains Initial tangent modulus Statistical Variations in Ice Strength Differences in strength above and below level ice Sources of the variation in strength Shape of the strength histograms Multi-year Floe Ice Tests Ice description Uniaxial compressive strength Constant-load compression tests Constant-strain-rate tension tests Triaxial tests Conclusions Literature Cited Appendix A: Structural profile of a multi-year pressure ridge core Appendix B: Ridge uniaxial compression test data Appendix C: Structural profile of the continuous multi-year floe core Appendix D: Multi-year floe test data

Note: CONTENTS Abstract Preface Introduction Sample analysis Continuous multi-year ridge core Tested multi-year ridge ice samples Tested multi-year floe ice samples Ice description Uniaxial constant-strain-rate compression tests Uniaxial constant-load compression tests Uniaxial constant-strain-rate tension tests Triaxial constant-strain-rate compression test Conclusions Literature cited Appendix A: Multi-year ridge sample data Appendix B: Multi-year floe sample data

Note: CONTENTS Abstract Preface Introduction Test arrangements Ice properties Crushing patterns Maximum ice force vs velocity Dynamic aspect ratio effect and crushing strength Measured ice force frequencies Calculated ice force frequencies Accelerations, velocities and displacements Damping Ice-induced negative damping Limit cycles Buckling load Conclusions Literature cited

Note: Abstract Preface Introduction Tests Test specimens Test methods Results Impact strength of beanms Ductility of beams Effect of notched bars Elastic deflection of beams Impact tests on rebars Conclusions and summary Literature cited Appendix A: Beam crack patterns Appendix B: Photomicrographs of failure surfaces of some steels

Note: CONTENTS Abstract Preface Introduction Materials and methods Sites and site preparation Results and discussion Lake Morey Post Pond Conclusions and recommendations Literature cited

Note: CONTENTS Abstract Preface Nomenclature Introduction Non-melting heat transfer relations for horizontal surfaces Heat transfer for melting horizontal ice sheets Instrument setup, data acquisition and test procedures General Instrumentation Data acquisition Computer software Test procedures Data output from computer Equations used for data analysis Control volume and melting surface Control of variables Error analysis Experimental results and discussion Wave formation Temperature and velocity profiles in open channel flow Correlation of data Summary Literature cited Appendix A: Conversion equations for data acquisition equipment Appendix B: Computer code for data acquisition and analysis Appendix C: Typical test output Appendix D: Thermal properties of water and ice Appendix E: Error analysis Appendix F: Summary of test conditions Appendix G: Experimental data and calculated quantities, with inlet length

Note: CONTENTS Abstract Preface Background Present research in perspective Explanations of the grain-size dependency Grain size effects on the ductile to brittle transition Nucleation mechanisms and modeling Characteristic size of nucleated crack Cracking in ice Detection of internal fracturing by acoustic emission techniques Test methods Specimen preparation Creep testing apparatus Crack length and crack density measurements Crack healing measurements Thin section photographs Grain size determination Acquisition of acoustic emission data Presentation of results Specimen characteristics Microcrack measurements Creep behavior Crack healing Slip plane length distribution Acoustic emission observations Grain orientation Analysis and discussion Thick section observations The grain size vs crack size relationship Crack nucleation condition Crack density and specimen strain Creep behavior Normalized crack length Location of cracks Acoustic emission activity Summary and conclusions Suggestions for future work Literature cited Appendix A: Crack length histograms Appendix B: Crystal orientations

Note: CONTENTS Abstract Preface Part I - Structural properties Introduction Experimental setup Analytical techniques Results and discussion 1983-84 experiments 1984-85 experiments Conclusions and recommendations Part Il - Microwave properties Introduction Measurement techniques Results 1983-84 experiments 1984-85 experiments 1984-85 in-situ experiments Discussion Comparison of data Analytical modeling Summary and conclusions Literature cited Appendix A: Dielectric mixing model of sea ice

Note: CONTENTS Preface Introduction Radar equipment General operation Antennas Waveforms and phase polarity Antenna directivity Field procedures and data processing Field procedures Data recording Data processing Site location Results Pegasus runway Access road from Williams Field to Pegasus runway Williams Field Summary and conclusions Literature cited Appendix A: Airborne profile of a portion of the access road Abstract

Note: CONTENTS Abstract Nomenclature Preface Introduction Basic equations Two-zone problems Linear unfrozen water function Quadratic unfrozen water function Three-zone problems Linear unfrozen water function Quadratic unfrozen water function Conclusions Literature cited Appendix A: Derivation of the mushy zone equation Appendix B: Solution of the two-zone problem with a linear t and variable thermal properties

Note: CONTENTS Abstract Preface Introduction Sample analysis Continuous multi-year ridge core Tested multi-year ridge ice samples Unconfined constant-strain-rate compression tests Confined constant-strain-rate compression tests Uniaxial constant-strain-rate tension tests Discussion Conclusion Literature cited Appendix A: Multi-year ridge sample data

Note: CONTENTS Abstract Preface Introduction Data sources Study location and icing conditions Icing data Antenna reflection data Data preparation Analyses Conclusions Literature cited

Note: CONTENTS Abstract Preface Nomenclature Introduction Experimental setup and procedure Experimental results Discussion and conclusions Literature cited

Note: CONTENTS Abstract Preface Nomenclature Introduction General considerations Ice properties Modulus, E Characteristic length, Ic Flexural strength, σf Com pressive strength, σc Shear strength, σs Poisson's ratio, ϑ Fracture toughness, Kic Density, ρi Ice-hull friction factor, fi Model ice Synthetic ice Columnar saline ice Columnar carbamide ice Fine-grained ice EG/AD/S model ice Model test procedures Ice growth and monitoring EHP tests SHP test Test data analysis--comparison with full scale Analysis of test results Comparison with full-scale data Analytical and empirical predictors Empirical predictors Analytical and semi-analytical schemes Current research efforts in ice modeling International cooperative research Ice testing CRREL research on ship-ice interaction Novel icebreaking bow designs Conclusions and final remarks Literature cited

Note: CONTENTS Preface Introduction Apparatus and procedures General approach Sled design Sled propulsion Ice sheet preparation Experimental procedure Results General remarks Effect of runner temperature Effect of runner surface Effect of ice surface conditions Effect of velocity Effect of runner materials Observations of replicate surfaces Statistical analysis Discussion Molecular interactions Mechanical deformations Thermal energy dissipation Hydrodynamidc processes Comparison of energy loss mechanisms Summary and conclusions Literature cited

Note: CONTENTS Abstract Preface Introduction Pre-field-deployment activities Software development System optimization Improvements of the calibration procedure Real-time processing Small bird design and implementation Other improvements Field activities Snow, ice and seawater data AEM surveys Calibration AEM data processing Post-survey results Processing problem Ground truth data Floe freeboard vs thickness analysis AEM sounding results Concluding remarks Literature cited Appendix A: Blowup of Figure 28

Note: CONTENTS Abstract Preface Introduction Statement of the problem Purpose and scope Background - the physical environment and airport pavements Physical environment of study area Comparison of highway and general aviation airport pavements Types of pavements and surface treatments Pavement distress and condition rating Surveys of airport pavement distress Airport pavement performance problems in cold regions Cracking Distortion and pavement faulting Disintegration Inadequate skid resistance Improper maintenance Stripping Statement of research needs Basis for statement of research needs Performance of overlays Recycling/reconstructing airport pavements Drainage of airport pavement structures Eliminating/accommodating differential frost heave Evaluation of adequacy of design procedures Maintenance products and performance Control of transverse cracking Additives for asphalt concrete Performance documentation Wildlife conservation vs aircraft safety Literature cited Appendix A: Questionnaire and listing of airports contacted Appendix B: Summary listing of questionnaire responses Appendix C: Narrative summary of site visits

Note: COTENTS Abstract Preface Nomenclature Introduction Model characteristics and test conditions Ice-hull coefficient of friction Measurements of ice properties Experimental procedures Data acquisition system Test program and procedures for 1:10 model Test program and procedures for 1:24 model Analysis of test results Comparison of test results between 1:10 and 1:24 models Analysis of tests in broken or brash-filled ice channels Analysis of tests in level ice Full-scale prediction of level ice resistance Conclusions Literature cited

Note: CONTENTS Abstract Preface Nomenclature Introduction Snow metamorphism Mass transfer by diffusion in snow Heat transfer Background-porous media Structure of thermal convection Rayleigh number Onset problem Heat transfer attributable to thermal convection Layering and slope effects Studies of convection through snow Modeling Equation of motion Energy equation Finite difference methods Numerical solution Verification of the model Modeling results Effects of constant flux and permeable boundaries on convection in horizontal layers Effects of phase change on convection Convection in sloped layers Experiments Introduction Experimental apparatus Experimental results and discussion Glass beads Snow Applications and conclusions Onset of Benard convection in seasonal snow covers Applications to snow metamorphism Summary Recommendations Literature cited Appendix A: Derivation of fmite difference formulae Appendix B: Computer programs Appendix C: Sample calculations

Note: Contents Abstract Preface Nomenclature Introduction Sea ice growth and structure Model sea ice Brine salinity Seawater and model brine conductivity Complex dielectric constant of brine Electromagnetic properties of model sea ice at 100 MHz Electromagnetic properties of model sea ice at 100 and 500 MHz and 1 and 5 GHz Example of impulse radar sea ice profiling results Example of frequency-domain electromagnetic sea ice thickness sounding Concluding remarks Literature cited

Note: CONTENTS Preface Introduction Sea ice structure and classification Logistics and field operations Analytical techniques Crystalline structure Fluorescence Results Salinity Crystalline structure Fluorescence Description of selected floes Conclusions Literature cited Appendix A: Floe descriptions

Note: CONTENTS Abstract Preface Introduction Review of previous work Specimen preparation Material Molding Testing procedure and apparatus Test results Definition of strain and stress Definition of creep failure Definition of failure in constant-strain-rate tests Definition of initial yield strength Determination of initial tangent modulus and 50% peak strength modulus Creep behavior General nature of the creep process and the failure mode Minimum creep rate Time to creep failure Relationship between t, and tm Creep failure strain and failure criterion Creep model and prediction of creep strain Strength behavior General stress-strain behavior and failure mode Peak compressive strength Initial yield strength Failure strain Initial yield strain Initial tangent modulus 50% peak strength modulus Correspondence between constant-stress tests and constant-strain-rate tests Conclusions Literature cited Appendix A: Unfrozen water content data Appendix B: Physical properties of samples tested

Note: Contents of Part 2 Hecht, K. Gerber, R. Otto: Studies on the drying of paints by means of 14C-labelled compounds K. Wagner, F. Brutschin, I. Ritter, T. Gritsch, H. Zimmermann, H. Borchert: Investigations by the aid of radioisotope methods on the technology of the production of carbon and silicon carbide materials K. Gloe, P. Mühl: Determination of metal extraction process parameters using tracer technique W. Migdał, W. Łada, K. Malec-Czechowska: Studies on liquid-liquid extraction of noble metals using radiotracers L. Petryka, K. Przewłocki: Radiotracer investigations of benefication copper ore in the industrial flotation process Z. Bazaniak, J. Palige: Determination of Cu recovery degree from slags in shaft process by means of radiotracers R. Burek, J .K. Zurawicz: On the optimization of concentration measurements in heterogeneous materials based on β-backscatter measurements B. Heinrich: Analysis of carbon content in crude brown coal by inelastic scattering of neutrons and the method of time correlated associated particles P. Urbańaki, D. Wagner, M. Jankowska, E. Kowalska: Determination of calcium and iron and measurements of ash content in the brown coal H.-W. Thümmel: Some considerations relating to the prediction of the efficiency of radiometric methods for the continuous ash content determination of coal L. Wawrzonek: Monitor of ash content of coal with X-ray source I. Pavlicsek, V. Stenger, A. Veres: Apparatus for gamma activation analysis I. Végvári, I. Juhász: Determination of PbO content of lead-glass samples on the ground of gamma-absorption E. Schöntube, H.-J. Große: Aerosol ionization gas analysis as a monitoring for waste halothane in the atmosphere of operating theatre S. Mothes, P. Popp, G. Oppermann, W.-D. Herberg: Measurement of fluorocarbons with the ECD P. Popp, E. Schöntube, G. Oppermann: The usability of radiation ionization detectors for the determination of N2O concentrations in the air of operating theatres P. Popp, G. Arnold, G. Oppermann: A hydrocarbon-sensitized argon ionization detector for the detection of inorganic compounds R. Szepke, W. Lisieski, J. Harasimczuk: Automatic dust monitor AMIZ G. Vormum: Sealed sources - problems of design, measurement and quality control L. Gąsiorowski: New trends in developments of ratioisotope gauges in Poland G. Brunner: Direct chemical information from special radio tracers as well as from outer X-ray excitation J. Hirling: Experience and future trend in industrial application of nuclear methods in Hungary I. N. Ivanov, O. K. Nikolaenko, Yu. V. Phecktistov, V. L. Chulkin: Use of short-lived nuclides in activation analysis Kl.-P. Rudolph, J. Flachowsky, A. Lange: Trace element determination in semiconducter selenium by neutron activation analysis (NAA) W. Lisieski, J. Mirowicz: Some industrial applications of instruments with neutron sources R. Dybczyński, H. Maleszewaka, S. Sterliński, Z. Szopa, M. Wasek: Some problems in neutron activation determination of gold and silver in ores and concentrates of copper industry L. Jankowski: Cost-benefit aspects of radioisotope application in industry B. Manouchev, T. Boschkova, L. Tsankov, V. Gurev, I. Kojucharov, G. Grozev: On the possibilities of the direct gamma-spectremetry in natural waters P. Morgenstern, D. Müller, W. Riedel: A parallel grid proportional scintillation counter for the X-ray region from 3 to 20 keV with regard to high count rates N. A. Anders, V. S. Isaev, V. I. Filatov, B. E. Kolesnikov, D. Müller, P. Morgenstern, W. Riedel, V. P. Varvaritsa: X-ray fluroescence analyzer of light elements with proportional scintillation counter D. Müller, P. Morgenstern, W. Riedel, W. Warwariza, B. E. Kolesnikow, N. A. Anders, W. J. Filatov: General considerations concerning the use of the X-ray analyzer "RALE" in industry

Note: Contents of Part 1 S. Niese: Reactor neutron activation analysis of industrial materials R.P. Gardner, K. Verghese: Use of Monte Carlo methods in the calibration and design optimization of radiation gauges and analyzers R. Otto, P. Hecht: On labelling with generator nuclides M. Richter: Measurement of residence time distribution with radiotracers using periodic pseudo-random binary signal sequences J. Schoen: A computer code for tracer experiment data analysis H.-H. Deicke, J. Flachowsky, K.-P. Rudolph, N. Beiermann: Transit time measurements in technical plants by using a multichannel analyzer H. Bohne: Measurements of air currents L. Baranyai: Tracer study of simultaneous homogenization and segregation in industrial equipments N. Balabanov, N. Kapitanova: Application of radiotracer method for study of glass furnaces J. Thẏn: Evaluation of mixing particulate solids by radiotracer method H.-G. Koennecke, P. Kulicke, E. Antal, J. Jentzsch, H. Michael: Investigation of the mixing efficiency of kneading machines using radionuclides A.G. Belov, V.E. Zhuchko, Yu.S. Zamyatnin, Yu.G. Teterev, D. Rubio: Development of the nuclear-physical methods of analysis at the laboratory of nuclear reactions of the JINR R. Burek, K. Wojcik: A new concept for measuring of free moisture in solid materials N. Bachvarov, I. Georgiev, E. Manolov, P. Pavlov, H. Shukov, K. Tropolov: Process control system for fresh concrete preparation H. Baumbach: Investigation of moisture migration in the concrete of a special test construction under simulated load conditions A. Petrov, A. Sreno, H. Hristov, P. Penev, G. Georgiev: Beta-ray backscatter instruments for coating thickness measurements in electronic and electrotechnical industry W. Stuchlik, H. Kupsch: Radioactive level indicator for bulk materials in containers with calculation of the residual volume H. Baumbach, K. Fichtler, R. Melzer, D. Tietze, H. Ullrich: The determination of density variation in radiation protective walls of concrete by means of Bremsstrahlung of 1o MeV from linear accelerator D. Avramov: Modernized versions of mobile NDT laboratories V. Friedrich: Examples for radioisotope application in environment protection St. Szpilowski: Prediction of mixing length for transport of effluent in rivers A. Owczarczyk: The localization of the leakages through the dams and bottoms of large water reservoires W. Listwan: Progress in leak detection methods for underground pipelines and tanks J. Starẏ, A. Zeman, B. Havlik: Radionuclides in the investigation of the cumulation of toxic elements on alga and fish W. Richter, D. Kahl, H.-J. Grosse, F. Gleisberg: The use of an AIG-analyzer for the investigation of SO2-dispersion problems R. Goeldner, H.-J. Grosse, F. Gleisberg: Possibilities of the development of improved smoke detectors J. Adler, H.-R. Doering, H.-J. Grosse, F. Gleisberg: The use of the AIG in microelectronics P. Popp, R. Fahnert, S. Mothes, G. Oppermann: Methods for the determination of toxic compounds at work places H.-R. Doering. H.-J. Grosse: The detection of halocarbons by means of the aerosol ionization gas analyzer (AIG) E, Jaworska, I. Kaluska, G. Strzelczak: Crosslinking and free radical decay reactions in irradiated polyethylene in presence of additives J. Zahalka: Radiation modified materials in machine engineering W. Bobeth, R. Hanke, A. Heger, J. Morgenstern, H. Paessler: Technological aspects of planar structurizing on woven and knitted fabrics by localized radiation induced grafting B. Ihme, E. Maeder, A. Mally: Problems in the development of high-energy radiation processing of woven and knitted fabrics S. Nikolov. P, Panayotov, V. Diakova, M. Nikolova: Radiation modification of timber in people's republic of Bulgaria H. Dahlhelm. G. Matejko. G. Huebner: Experiments on sprouting inhibition in onions J. Thẏn: Process analysis with nuclear technique A. Merz: Axial dispersion and homogenization in chemical engineering systems A. Zeuner, F. Hartmann: Investigation of material transport in rotating dryers by aid of Lanthanum-140 D. Manr: Tracer research for modelling of Ion-exchange equipment