MEMORIAL OF HARRY BERMAN - Mineralogical Society Of America - Free Download PDF

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MEMORIALC. S. Hunlsur,OF HARRYBERMANJn., H araard, (Jniaersity, Cambrid,ge, M ossachusetts.On August 27, 7944,Harry Berman was killed when his transatlanticplane crashed in attempting to land at Prestwick, Scotland. His untimely death at the age of forty-two has cut short a career that gavepromise of being one of the most outstanding in American mineralogy.Berman was born in Boston, Massachusettson February 16, 7902,the son of Robert and Rebecca Berman. When he was seven years old,his father, a merchant, moved to Johnstown, Pennsylvania,where Berman completed public grade and high schools.He then attended CarnegieInstitute of Technology with interest in mathematics and engineering,but for financial reasonswas forced to abandon college work at the endof one year. In 7922he becamean assistantin the mineralogicalsectionof the Il. S. National Museum, where he acquired his intense and lastinginterest in minerals. In 1924 he came to Harvard as museum assistantto ProfessorCharlesPalache,then active as Professorof Mineralogy andCurator of the Mineralogical Museum. Here he began the life of researchand study which occupied him until the outbreak of the war. Realizingthe necessity of additional formal education, he took coursesat Harvardand attended evening classesat the Lowell Institute in Boston. Thus,over a six-year period he completed collegerequirements and was grantedby Harvard the degreeof Adjunct of Arts in 1931.During the academicyear 1932-33 he was awarded a scholarship for foreign travel, which heutilized in studying with J. D. Bernal at Cambridge,England, and withV. M. Goldschmidt in Gcittingen,Germany. On returning to Harvard,he continued his program of part-time work and study. In 1935 he received the degreeof Master of Arts, and in 1936the degreeof Doctor ofPhilosophy. From 1936 to 1940he continued as Museum Assistant andwas also Research Associate in Mineralogy. In 1940 he was appointedAssociateFrofessor of Mineralogy and Curator of the Mineralogical Museum at Harvard University. He was on leave from these positions at thetime of his death.During the period of his employment in the Museum and his parttime study leading to his degree,Berman was actively engagedin research. He published his first paper in 1925 and since then has beenauthor or joint author of thirty-six other papers.An examination of hisbibliography will show the wide variety of mineralogical subjects inwhich he took an active interest.t24

MEMORIAL OF HARRY BERMANHennv Brnuar,r1902-l9M125

126C. ,'. HURLBUT,JR.Under the guidance of Professor Esper S. Larsen, Berman early became skilled in the methods for the optical determination of nonopaqueminerals and assistedso ably in the revision of Larsen's "MicroscopicDetermination of the Nonopaque Minerals" that the second editionappearedunder their joint authorship.Berman early recognized the importance of r-ravs as a tool for thestudl' and determination of minerals and set about to obtain rr-ravequipment for the Harvard mineralogical laboratory. Many obstaclesattended this project, for funds were inadequate and equipment poor.His first installation was a Coolidge-type tube powered by a cast-offtransformer from a dental r-ray unit. The cameras used with it wereborrowed. Se','eraltubes burned out in quick succession-a dishearteningprocedurewith such limited resources.He then changed to a gas tube,which proved to be more successful,although not without its attendantdifficulties.It was not until after he had assembledit with his own handsthat others were sufficiently trained to help with its maintenance andwith the taking of. r-ray photographs. From the beginning of the r-raylaboratory useful data were obtained and there gradually accumulatedover a ten-year period structural details on several hundred mineralspecies.During this sametime many hundred powder pictureswere takenso that at present there exists through Berman's efiorts a standard collection of powder photographs of a large percentage of the mineral species. To improve and extend the facilities of this laboratory was one ofBerman's cherishedambitions.Berman was always on the watch for new techniques that could beapplied to mineralogical investigation. Thus one of the first Frantz isodynamic separators for the magnetic separation of mineral grains wasbrought to Harvard. At his suggestionand with his counsel,Dr. CutlerWest developedthe high index phosphorusliquids. Berman's own contribution was the development of the Berman microbalance. He recognized the necessity of accurately obtaining the specific gravity of smallmineral particles so that a correlation could be made with structuraldata. After a prolonged search with many trials that ended in failure,he was able to adapt to this purpose a torsion balance sufficiently sensitiveto give an accurate specific gravity determination on a grain rveighingas little as 5 milligrams.A logical classificationof minerals based on their structure was oneof Berman's consuming interests. His doctoral thesis on the Constittt'tionand.Classif,cationof the l{atural Silicates was based on the meager structural data available in the early thirties. A large percentage of the silicates studied since that time have been found to fall in the exact place

MEMORIAL OF HARRY BERMANI27in the classificationin which he placed them, thus showing his vision andproving that the system was well grounded.Of all Berman's contributions to the scienceof mineralogy,by far hisgreatest was in connectionwith the preparation of the seventh editionof Dana's System of Mineralogy. From 1936 until the outbreak of thewar, this project consumedmost of his time. He not only gatheredexisting data but also did much original research,the results of which appearfor the first time in the System.The first volume of this work, by Palache,Berman and Frondel, came ofi the press less than a month before Berman's death so that he saw the first fruits of a project to which he haddevoted so much labor, thought and energy.At the outbreak of the war Berman'spatriotism led him to eagerlyapply his knowledge of minerals and his scientific skill to the several warprojects for which he acted as consultant. His first such assignmentwasto searchfor optical calcite. He combed the domestic localities and eventually locateda hitherto unsuspectedsourceof optical calcitefrom whichmany tons of high-grade material were later removed. He also visitedmany fluorite localities and was instrumental in locating an adequatesourceof that mineral to be used for optical purposes.fn September 1942 he became associatedwith the Reeves SoundLaboratories of New York City, when that company was beginning themanufacture oI quartz crystal oscillators. Although his initial capacitywas that of crystallographer,he soon turned his attention to the manyother problems connectedwith production and was conspicuouslysuccesslulin developinglaboratory techniquesinto manufacturing processes.The enviable record made by the Reeves Sound Laboratories and theaffiliated lludson American Corporation has been due in large part toBerman's ability to solve new problems as they arose, many of whichwere remote from crystallography. It was while on a trip to England asa consultant in similar work sponsoredby the British Government thathe lost his life.Berman did little formal teaching at Harvard but his scientific approach to problems and his research enthusiasm attracted advanceclstudents. They found him helpful, kindly, and patient in explanation.His advice was much sought and during the past ten years the publishedpapers and theses of students reflect his influence. Berman's death hasled to a flood of letters from former Harvard students, which show howhighly they regarded him as a scientist and how much they loved himas a man. A spontaneousmovement to commemoratehis memory is nowforming among these scientistsand among his associatesin the warinduced mineral industries. A memorial in the form of a modern well-

128C. S. HARLBAT, TR.equipped r-ray laboratory may result. His Harvard colleaguesfalter inattempting to assesstheir loss. His intellectual gifts were great and hisscientific promise seemed unlimited. We who are le{t regret the loss ofa great scientist and will miss Berman's stimulating and vigorous discussion of scientific problems, his skillful and ready help, his modestfriendliness.BrslrocnAPnvNotes on dachiardite: Am. Mineral ,1O,421-427 (1925).Identity of "lehnerite" and ludlamite: Am. Mineral.,lO,428-429 (1925).105 (1926)'Identity of gilpinite and johannite: Am. Mineral.,ll'(With Shannon, E.V.) Barysilite from Franklin Furnace: Am. Mi'netol', Ll, 130-132(1e26).(With Bauer, L. H.) Lollingite from Franklin, New Jersey: Am. Mineral., 12, 39-43(1e27).(With Foshag, W. F.) Occurrence and properties of chlorophoenicite, a new arsenate fromFranklin, New Jersey: tl. S. National Mu.seumProc.,7or l-6 (1927)Optical properties of zincite from Franklin, New Jersey: An. Mineral , 12, 768-169(1e27).Graftonite from a new locality in New Hampshfte: Am. Minerol.,12,170-172 (1927)'(With Palache, Charles) Crystallographic notes: 1" Phosphophyllite; 2. Hematite; 3. Wil(1927).lemite; 4. Hedyphane: Am. Mineral.,12,l8Fl87(with Palache, charles, and Bauer, L. H.) Larsenite and calcium-larsenite" Am. M'ineral.,13,142-144 (1928).(with Palache, charles, and Bauer, L. H.) Larsenite, calcium-larsenite and the associa.tedminerals at Franklin, New Jersey: Am. Mineral ', f 3' 334-340 (1928).(With Bauer, L. H.) Friedelite, schallerite and related minerals: Am. Mi'nerol.,13' 341-348 (1928).(With Larsen,lJ. S., and Bauer, L. H.) Norbergitefrom Franklin, New lersey: Am.M i nerol.,13,349-35J(1928).(With Bauer, L. H.) Loseyite-a new Franklin mineral: Am. Mineral. 14, 150-1531929).(With Bauer, L. H.) Mooreite, a new mineral, and fluoboritelrom Sterling Hill, NewJercey:Am. Mineral.,14, 165-172(1929).Compositionof the melilite grotp: Am. Mineral.,14' 389- 07(1929).(with Barth, Tom.) Neue optischeDaten wenig bekannterMinerale:Chemieder Erd,e,5,2242 (1930).(With Bauer,L. H.) Noteson someFranklin minerals:Am. Mineral.,15' 340-348(1930).(With Gonyer,F. A.) Pegmatitemineralsof Poland,Maine: Am. Mineral., 15' 37'5-387(1930).(With Foshag,W. F., and Doggett,R. A.) Scoroditefrom Gold Hiil, TooleCounty,Utah:Am. Mineral., f5, 390-391(1930).(With Larsen,E. S.) Compositionof the alkali amphiboles:Am. Mineral., 16' 74O-744(1931).(With Palache,Charles) Crystallographyof allactite from Lingban, Sweden:Kungl. Sa.Vet.Ahai .Hand.,ll, No. 4, 32-40 (1932).(With West,C. D.) Fibrousbrucitefrom Quebec:An. Mineral., L7, 372-376(1932\)(With Palache,Charles)Oxidation productsof pitchblendefrom Bear Lake: Am. Mineral'.,t8,20-24 (1933).

MEMORIAL OF HARRY BER-TIANt29(With Bauer, L. H.) Barium-muscovite from Franklin, New Jersey: Am. Mineral.rlS,30(1933).(With Goldschmidt, V. M., Hauptmann, H., and Peters, Cl.) Zur Geochemie der AIkaIimetalle: Nachrichten oon der WissenschaJtenzu' Gdltingen, Malh.-Phys.Klasse, Fachgruppefrl,Nr. 35,235-2M (1933).(WithLarsen,E.S.) MicroscopicDeterminationof theNonopaqueMinerals: U' S.Geol.Suroey.,8u1,1,.848,l-266 (1934).(With Gonyer, F. A.) Roweite, a new mineral from Franklin, New Jersey: Am. Minera' .,22,30t-303(1937).Constitution and classification of the naturai silicates: Am. MineraL.,22,342408 (1937).(With Bauer, L. H., and Palache, Charles) Yeatmanite, a new mineral, and sarkinite fromFranklin, New Jersey: Am. M,ineral.,23,527-530 (1938).(With Harcourt, G. A.) Natural amalgams: Am. Mineral.,z3' 761-7& (1938).(With Gonyer, F. A.) Re-examination of colusite: Am. Mineril.,24,377-379 (1939).A torsion microbalance for the determination of specific gravities of minerais: ,4m. M'ineroJ.,24,434-440 (1939).(With Wolfe, C. W.) Crystallography of aramayoite: Mineral. Mag.,25,46G473 (1939).(With WoUe, C. W.) Beliingerite, a new mineral from Chuquicamata, Chile: Am. Mineral'.,25,505-512, (1940).(With Kraus, Edward H., Ball, Sydney H., and others) Symposium on diamonds: Am.Mi'neral., 27 162-191 (1942) .(With Palache, Charles) Boulangerite : Am. M ineral., 27, 552-562 (1942).(With Palache, Charles, and Frondel, Clifford) Dana's System of Mineralogy, SeventhEdition, Volume I, l-834 (1944).

brought to Harvard. At his suggestion and with his counsel, Dr. Cutler West developed the high index phosphorus liquids. Berman's own con-tribution was the development of the Berman microbalance. He recog-nized the necessity of accurately obtaining the specific gravity of small mineral particles so that a correlation could be made with ...