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T.O.M. Microfilm Reel 080

(Original Identification Reel 4E or 4U)

Table of Contents

Bag 3996, Target 30/3.01, 3.01a, 3.01b, 3.09 – Opportunity – Hamburg (Continued)

VIII.        Research reports from the Amsterdam Laboratory of N.V. Bataafche Petroleum Maatschappij

Continued from TOM reel 079.                            

137.         Structure of lubricating oils (continued from reel 079).  By Dr. A. Schaafma.  1942-1943.  20 pages.

138.         Analysis of cracked distillates – separation of olefines and di-olefins.  By Ir. J. Verheus.  March 1942-June 1943.  102 pages (30 Mb).

139.         Effect of water content on the properties of greases (in Dutch).  Report number 8665 – III A.  By H. van Olfen and J. Vos.  March 11, 1942.  32 pages (15 Mb).

140.         Preparation of rust preventive grease (in Dutch).  Report number 8631.  By H. van Olphen.  February 18, 1941.  9 pages.

141.         Analysis and characterization of solid paraffin hydrocarbons.  By Dr. J. J. Leendertse.  February 1942-July 1943.  101 pages (26 Mb).

141a.       Determination of the average molecular weight of petroleum fractions,  particularly those of the gas oil and lubricating oil types.  Supplement to the February 1942 monthly report.  32 pages.

142.         Summary report on the work on hydrocarbon peroxides during the second half of 1940 (in Dutch).  Report number S 8621.  By C. Groeneveld, and P. L. Kooijman.  February 11, 1941.  42 pages.

143.         Summary report on work on synthetic lube oils from 1933 to 1937.  Report number 6635.  Jul 4, 1940. 

A.      Cover, table of contents, overview and introduction.  25 pages.

B.       Part I.  Cracking.  40 pages.

C.       Part II. Pretreatment of the cracked gaslines and transported materials.  8 pages.

D.      Part III.  Polymerization to motor and aviation lubricating oil.  39 pages.

E.       Part IV.  Polymerization to synthetic brightstock and related products.  47 pages (pages 117, 131, and 141 missing).

F.       Part V.  Work-up of the upper-most layer (top phase of a two-phase mixture)..  9 pages.

G.      Part VI.  Results with different basic (starting) materials.  31 pages.

H.      Part VII.  Procedures in the polymerization process and structure of the synthetic oil.   15 pages.

I.         Part VIII.  Characterization of the synthetic lubricants.  36 pages.

J.        Appendixes I-III, characterization of the starting materials, research in vapor phase cracking, and polymerization research (listed in the internal table of contents), wee not included. 

144a.       Principles and limits of accuracy of the analysis of hydrocarbons – Part I.  By Dr. Ir. J. J. Leendertse. 

A.      Cover, table of contents, and part I.  Analysis of mixtures of saturated hydrocarbons with average molecular weight greater than 150.  37 pages.

B.       Part II.  Analysis of armatic hydrocarbons with molecular weights greater than 150. 11 pages.

C.       Part III.  Sections 1 and 2.  Accuracy and reliability of ring analyses – reproducibility and significance of the analyses..  36 pages – through page 80 only (internal table of contents begins part IV on page 125) and page 72 missing.

144b.       Principles and limits of accuracy of the analysis of hydrocarbons – Part II

A.      Part III.  Accuracy and reliability of ring analyses, continued from item 144a, from page 81.  45 pages.

B.       Part III.  Section 3.  Accuracy and reliability of ring analyses – value of  the ring analysis for the investigation of hydrocarbon mixtures with molecular weights greater than 150.  14 pages.

C.       Part IV.  The analyses of saturated gasolines.  8 pages.

D.      Parts V and VI.  Overview and general conclusions.  17 pages.

144c.       Critical testing of the ring analysis procedure for lubricating oil hydrocarbons.  Journal article by Gg. R. Schultze and J. C. Nicolas.  Oel und Kohle, number 32, 22 August 1941, pp. 617-628.  12 pages. 

145.        The polymerization of propylene in the presence of AICI₃ catalyst. Report number S 7413.  By R. H. Mettivier Meyer.  September 14, 1938.  50 pages.

146.         Improvement of the (oxidation) resistance to aging of synthetic bright stick and aircraft engine-oils by co-polymerization in the vapor phase of cracked distillates with aromatics or fractions which are rich in aromatics.  By R. H. Mettivier Meyer.  April 22, 1938.  37 pages (14 Mb).

147.         Improvement of the oxidation stability of synthetic Bright Stocks and aviation by polymerizing vapor phase cracked distillate along with aromatics or fractions rich in aromatics (in English).  Report number 16.104.  By R. H. Mettivier Meyer.  April 22, 1938.  21 pages.

148.         Physical constants of the polymerization products of unsaturated hydrocarbons.  By H. I. Waterman and J. J. Leendertse.  June 11, 1942.    16 pages.

149.         Investigation of the oxidation stability of lube oils including synthetic lubes.  Report number 6386.  By W. Coltof.  September 16, 1936. 

A.      Cover, table of contents, and introduction.  14 pages.

B.       Part A.  Investigation of the (oxidation) resistance of some oils and synthetic products during “Indiana experiments” and during the soaping of the products of oxidation.  22 pages.

C.       Part B.  Further investigations over “Indiana oxidation experiments” from BP synthetic oil TL 3659, E 50=10 (refined by a subsequent treatment with terrana).  14 pages.

D.      Part C.  Influence of additives on the (oxidation) resistance to aging of synthetical oils.  27 pages.

150.         Amsterdam Laboratory, monthly progress report number 10, March to April 1944.  75 pages.  (incomplete, the last 16 pages of this report appear on TOM reel 081).

Bag 3996 (and item 150) continued on TOM reel 081.