SCIENTIFIC ABSTRACT SHERMAN, S.G. - SHERMERGOR, T.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549120006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SMOMAN I S. G.
Status and prospects for employment of patients with pulmoneaT
tuberculosis in laningrad. Probl.tub. 38 no.7:8-15 t6O.
(MIRA 14:1)
11 Iz organizatsiomno-matodicheskogo otdela (rukovoditell
GoR * All) leningradskogo nauchno-issleda7ateltakogo inBtituta
tuberkuleza (dir. - prof. A.D. Semenov).
(TUBERCULOUS-EMPLOYMENT)

GOLID.ARB, ILL.; SiEXIAN, S.G.
Working capacity and employment of patients subjected to total or
partial pneumonectomy in pulmonary tuberculosis. Vest. khir. 85
no. 7:68-731Je 160. (MIRA 14:1)
(LUNGS-SU;tGERY) (DISABILITY EVALUATION)

L 13439-66 EWT(d)/tWT(M)/T/9WA(m)-2 IJP(c) -
ACC NR: AP600245 SOURCE CODE: UR/0057/65/035/012/2 8/2249
AUTHOR: Abrosimov, N.K.; Nikolayeva,V.A.
ORG: Physico-technical institute im. A.F.Toffe, AN SSSR,~Leningrad (FIzIko-
tekhnichoskly institut AN SSSR)
TITLE: Approximate calculation of the efficiency of a mu-neson duct
11,qyt ~;~r
SOURCE: Zhurnal tekhnicheskoy fiziki, v.35, no. 12, 1965, 2248-2249
TOPIC TAGS: mu meson, pi meson, magnetic quadrupole lens, particle beam, motbwoutft-
ABSTRACT: N.K.Abrosimov, D.M.Kaminker, I.A.Petrov, and S.G.Sherman (ZhTF, 34, 313,
1964) have proposed a method for estimating the efficiency f I adrupole
c qu
lens muon duct. This mathod involves evaluation of a tripJ Here It is
pointed out that the muon capture efficiency, which is a periodic function of z, Is
actually nearly independent of z when the pion momentum is high (z is presumably a I
coordinate measured along the duct; the notation of the earlier paper Is employed
and the reader is permitted to guess what the symbols mean), and that by assuming this
quantity to be independent of z one can reduce the triple Integral to a double in-
tegrall If the pion momentum scatter is small one can further reduce the triple
integral to a single integral. The muon efficiencies of three ducts of different
design were calculated as functions of the pion mosentus and the results are presented
2 UDC: 537.533.33

ACC NRt AP6002455
graphically. The muon efficiency passes through a maximum at a certain pion momentum.,
The maximum muou efficiency increases and the pion momentum at which the maximum
efficiency is reached decreases with increasing values of the ratio,9/d, whereP, and
d are two lengths that are presumably defined in the reference cited above. Orig.
art. has: 6 formulas and I figure.
StW COM. 20 SUBM DATEt l4Nay65 ORIG. RIW: 001 OTH REF: 000

CHARUSHIII, G.V.; SHEPRAN, S.I.
alwo ways cf s~,,3-ding un the crr_truction process of
diagre=& Sov.geo-1. 4 no-9!10-D4 3 31. ~.1,1EU 14-11)
1
1. Vostachno-SibirsUy Coologichaskiy institut Sibirskogo
otdoloniya All S3S.R.
(GooloLry, Structural--Graphic methods)
(Petrography)

KHR~',N(IV, P.M.; GILE Yu,,i., S. -1.
I
Conference of young gealolgl3ts tI.e Intititut-a al t!ia Earthlq Crust*
Geol.i geofiz. no.17:117-11? '63. (muk 16: 10)

38311 SHERMAN, S. I.
Preparaty protiv malokroviya. Sov. meditsina, 1949, No 12, s. 29-30
a. Meditsinskaya mikrobiologiya, immunologiya
parazitologiya. Epidemiologiya

1-1.1 - - -gggglg~~
SHEINAN, S.I.; LEVINA, D.A.
Effects of liver extract therapy in pernicious anemia. Klin.
med., Mosl-va, no.3:81--82 Mr '50. (CIXL 19:2)
1. leningrad.

SURMAN, S.I.
Classification of anemia. Klin.med., Moskva no.4:30-39 Ap f5O.
(GLKL 19:3)
1. Of the Hematological Clinic (Head -- Prof. S.I.Sherman) of the
Leningrad Order of the Red Banner of Labor Institute of Blood
Transfusion (Director -- Docent V.V.Kukharchik; Scientific Director-
Prof. A.N.Filatov).

-1, `?I'r~rv- '- -I
S'~7 FU A!: , -7. 1 . 1'rof.
A r. r-. t ~ --* a
Relation between gastric polyposis and Byermer's anemia. Klin. med. 3C No. 7, July
1052.
9. Monthl List of Russian Accessions, Library of Congress, T)Pvpmhpr -195/, Uncl.
2

CA
USSR/Medicine - Post-Transfusion Hepatitis Dec 53
"The Prophylaxis of Post-Transfusion Virus Hepatitis,"
Prof S. I. Sherman, S. 1. Diakonovich, 'I. A.
Yurikas,;A. V. Blinova, A. V. Alekseyeva, R. S. Ger-
mant,,.' Leningrad Sci-Res Inst of Blood Transfn; Div
of Virol, Inst Exptl Med, Acad Med Sci USSR, Len-
ingrad
Klin Med, Vol 31, No 12, PP 57-61
Describes results of lab work on post-transfusion
hepatitis conducted in 1946-1952. States that lab
findings revealed the superiority of the qualitative
bilirubin blood test (direct reaction)over the
274T28
quantitative test in the detn of a pre-jaundice or
post-jaundice condition in blood donors.

/V /V,
SHZRMANN, S.L. professor; KIS=V. A-Te., dotsent; PJRZPLITCHIK, R.R.,
kandidat takhnichaskikh nauk; POV2RGO, U.S.
Results of treating pernicious anemia with campolca. derived from
marine animals. Klin. med. 32 no.6:53~-57 Je '54. (MIRA 7:8)
1. Leningrad; 1z gamatologichaskoy kliniki (zav.-prof. S.1. Sherman),
LeningrziAskogo aauchno-iseledovatellskogo institute, perelivaniya krovi.
(ANEMIA. PIWICIOUS, therapy
Ocampolon)
(LIVER EXTRACTS, therapeutic use
*compolon in pernicious anemia)

SHMUN, S.I., prof.; ZHISLINA, Z.G.
Red blood picture In peptic ulcer. Akt.vop.perel.krovi tLo.4:198-200
155. (MIRA 13:1)
1. Gematologicheskaya klinika leningradskogo Instituta perelivaniya
krovi.
(PEPTIC ULCXR) (MYTMMIA)

"ComDarative Evaluation of the Effectiveness of Certain Methods
for the Therapy of Chronic Leukosis Report 1: Therapy of Chronic
Leukosis by X Rays," by Prof S. I. Sherman, Docent D. S. Kuzlmi!l,
L. M. Rozanova, A. N. Kiseleva, N. S. Fovergo, and A. D. Vaku-
je:n:j_Q_M_ej_)o_r_Yed ati-TEL, expanded pl-en-u-m--or -the Central Order of
Lenin Institute of Hematology and Blood Transfusion on 15 Dec
1954 and at the Conference of the laningrad Department of the
All-Union Therapeutic Society imeni S. P. Botkin on 15 Nov
1955), Problemy Gematologii i Perelivaniya Krovi, Vol 2, No 1,
Jan/Feb 57, pp 28-32
Experimental results classified into two tables showing the response
of myelosis and lymphadenosis indicate that prolonged fractional irradia-
tion of*patients suffering from chronic leukosis with small doses of X
rays (100 r) in combination with transfusion of concentrated suspensions
of erythrocytes is the most expedient and effective method. This method
gives good therapeutic effects without complications such as symptoms of
radiation sickness.

SiMMAJI, S.I.,-Drofessor; KUz'gIN' D.S..dotsent; ROZANOVA, L.M.; IISELEVA,
I RRGO, N. S. ;
POTA VAKUL iWO, A. D.
Comparative evaluation of the effectiveness of various methods of
treating chronic laucosis. Report No.l: Treatment of chronic leuconis
by X rays [with summary in English, p. 641 Probl. gemat. i perel. krovi
2 no.1:28-32 Ja-F '57 1 (KIRA 10:1P)
1. Iz gematologichaskoy kliniki (zav.-prof. S.I. Sherman)
Leningradskogo ordeaa Trudovogo Krasnogo Znameni naucbno-*
issledovatellskogo instituta parelivaniia krovi (dir.-dotsent
A.D. Belyakov; nauchnyy rukovoditall-chlen-korrespondent AHN SSSR
prof. A.N. Filatov)
(LEUKEMIA, ther.
radiother. of chronic leukamia)
(PADIOTHaAPY, in various dis.
leukemia, chronic)

EXCERFTA YEDICAA Sec 16 Vol 7/9 Cancer Sept 59
38o6. Comparative evaluation of the efficacy of certain methods in the
treatment of chronic leukaemias (X-rays, radioactive phosphorus, urethan,
embichin, arsenic, busulphan). Il & M (Russian text) SHERMAN S. I., Kuz.M1.';
D. S., ROZANOVA L. NI., KBELEVA A. N., POVFRco N. S.'a-n-d-V_AKuLr.-4Ko A. D.
Probl. Gematol. i Perel. Krovi1958, 3/2 (26-34) and 62-6.1) Tables 3
117 patients with chronic leukaemia were treated with roentgen therapy. In ost
patients the period of remission lasted for from 6 to 9 months. Sixty-three patients
with pronounced relapses underwent repeated roentgen therapy. In most patients
a considerable improvement, permitting return to their original occupations,
ensued. Radioactive phosphorus was used in 32 patients to avoid complications
(anaemia, thrombocytopenia, exacerbation of the process); fractional peroral doses
of p3l, 4.5-6.5 mc. per course, were given. Clinical and haernatological remission
took place in 25 patients, following the first course of treatment with P32. Treatment
of the remaining 7 atients produced no results. Long-range results of P32 therapy
of chron Yleukaemia are discussed. The authors conclude that the results
of P33 treatment proved inferior to those of X-ray therapy. Immediate and long-
term results in the treatment of chronic lymphocytic leukaemia with radioactive
phosphorus are also set forth. The authors state that P31 is more effective in chronic
lymphocytic leukaemia than in chronic myclosis.
- --------------

SHERKO, S.I., prof.; RABINOVIGH. S.I.
The classification of Werlhof'o disease. Probl. gemat. i perel. krovi
3 no.5:17-20 S-0 158. (KIM 11:11)
1. Iz gematologicheskoy kliniki (zav. - prof. 3.1. Sherman) Leningradsko-
go ordena Tradovogo Krasnogo Znameni nauchno-issledovatel'skogo Institu-
tn perelivaniya'kr6vi Jdir. - dots. A.D. Belyakov, nauchnyy rt&ovoditelt
- chlen-korrespondent ANN SSSR prof. A.W. Filatov).
(PURPURA, THROM13OP-WIC,
classif. on basis of funct. state of megakaryocytes
on clin. course (Rua))
(BOIa r4mov, physiology
magakaryocyte fanct. state, evaluation in classif. of
thrombopenic nurpuras (Ras))

TUSHINSKIY, Mikhail Dmitriyevich; YAROSHEVSKIY, Arnolld Yakovlevich.
Prinimali uchastiye: YILATOV, A.M.; AK13RMAN, Y.Y., doktor
med.nauk- SHM". S.1., prof.; TSDOOMM, N.A.. KYASNIKOV,
A.L., N.V., red.; SARCHILO, 11,K., tekhn,
red.
(Blood system diseases] Bolezni sistemy krovi. Moskva, Goa.
izd-vo med.lit-ry, 1959. 386 p. (MIU 12:9)
1. Chlen-korrespondent AMN SSSR (for Filatov). 2. DeystvitelInyy
chlen ANN SSSR (for Myasnikov).
(RLOOD--DISHASBS)

SHERW, S.I., prof.; KUP14121, D.S., dots.; ROZANOVA, L.M.; KISEMA. -A.K.;
POVZRGO, N.S.; VARUMIKO, A.D.
Comparative evaluation of the effectiveness of certain therapeutic
methods in chronic leukemias; roentgen rays, radioactive phosphorus,
urethan, embichin. arsenic, myleran. Report No.4 [with summary in
English. p.611. Probl.gemat. i perel.krovi 4 no.1:17-20 Ja-F '59-
(MMA 12:2)
1. Iz gematologicheskoy kliniki (zav. - prof. S.I. Sherman) Lenin-
gradskogo ordena Trudovogo Krasnogo Znameni nauchno-issledovatell-
skogo instituta perelivaniya krovi (dir. - dots. A.L. Belyakov,
nauchnyy rukovoditell - chlen-korrespondent AWT SSSR prof. A.W. Fi-
latov).
(LBUIMIA. therapy,
comparison of various radiol. & chem.
methods (Rus))

S.I., prof.; KUZIRIN, D.S., dotsent; ROZABOVA, L.M.; KISBUYA, A.N.:
POMGO, N.S.; VAKULOKO, A.D.
Conmarative evaluation of the effectiveness of certain therapeutic
methods in chronic leukemias; roentgen rays, radioactive phoophorus,
urethane, embichine, arsenic, myleran. Report No.5: Probl. gema,t. i
perel. krovi 4 no.5-111--18 11q 159. (MIRA 12:7)
1. Iz gematologicheskoy kliniki (zav. - prof. S.I. Sherman) Leningrad-
skogo ordena Trudovogo Krasnogo Znameni nauchno-issledovatel'skogo in-
stituta -Derelivaniya krovi (dir. - dotsent A.D. Belyakov, nauchnyy
rukovoditell - chlen-korrespondent AMN SSSR prof. A.I. Filatov).
(L3UH:MIA, therapy.
comparison of various methods (Rus))

SHERKAN, S.I.,, prof.; KUZIMIN, D.S.0 dotsent; ROZAVOVA, L.M.; POVERGO, N.S.
Tteatment of patients with chronic myelosis witl~myelcver i*.
"sociation with roentgen rays. Terap.arkh. 32 no.9132--36 160.
.WM 14:1)
1. Iz gematologicheskoy kliniki (zav. - prof. 8.I. Shermm)
Leningradskogo ordena Trudovogo, Krmnogo Znsmeni nauobno-
issledavateliskogo instituta, perelivaniya krovi (nauebnyy ruko-
voditell - cblezi--korrespondent ANN SSSR prof. A.N. Fi-latov).
(BUSULFAM) (LEUKMIA)

SHEI'M411, S. I., prof..; BLIDOVA, A. 1.
Indications ax-A contraindications for splenectomy in Werlhof's
disease., hemoly--'.-ic jaundice, the splenor-egalic form of liver
cirrhosis, and in thrombophlebitie splenoinegaly. Prqb1.gemat.i
perel.krovi 5 no.1:14-17 Ja 160. (M!I-U 14:6)
1. Iz gematologicheskoy kliniki
Ichirurgicheskoy kliniki (zav. -
A.N.Filatov) Leningrads-kogo ordena
instituta perelivaniya krovi (dir.
(SKEEN-SURGEFLY)
(ANEMIA)
(zav. - prof. S.I.Sherman) i
chlen-korrespond6n't AMN SSSR prof.
Trudovogo Krasnogo Znametti
- dotsent A.D.Belyakov).
(LIVER-CIRMIOSIS)
(PURPURA (PATHOWGY))

SHEE-LT'i S.I-, prof.; ROZ;J'O'.-".,
Inte-n-olation between polycythemia vera antf, rryelcsis.
I
lcrap.arkh. 34. no.-,A:99-104 162. (MXRA 15:3)
1. 1,- grematnlo,~icheslcoy kl-ini)ci (zav. - prof. S.I. Sherman) Lenin-
ral~v,llcogo n--ucluio-i-soledovtttellslcoCo instituta perelivaniya krovi
d.;r. - dotsent A.D, B-31yal-ov, nauchn5T rwhovaditell - chlen-
~
korrespondent A.11-24 SSSR prof. A.N. Filatov).
I
(EWNITUMIIA) (1-~~,RGJ-TUMORS)

BABCHINY I.S. , prof. ; BABANOVA, A.G., doktor mod. ntAuk; ULOKHIN, N. N.
prof.; BONDARCHUK, A.V., prof.; GALIPERIN, M.D., prof.;
GOLIDSHTEYN, L.M., prof.[deceased]; DYMARSKIY, L.Yu., kand. med.
nauk; KARPOV, N.A., prof.; KOYRD, M.A., nauchn. sotr.; LARIONOV,
L.F., prof.; LITVINOVA, Ye.V., kand. med. nauk; MELINIKCV, R.A.,
kand. med. nauk; NECHAYEVA, I.D., doktor med. nauk; PETROV,
Nikolay Nikolayevich, prof.; PETROV, Yu.V., kand. med.nauk;
RAKOV, A.I., prof.; ROGOVENKO, S.S., kand. med. nauk; SENDULISKIY,
I.Ya., prof.; SEREBRDV, A.I., prof.; SMIRNOVA, I.N., kand. med.
nauk; TALIMAN, I.M., prof.; TOBILEVICH, V.P., prof.,- TRUKRALEV,
A.I., kand. med. nauk; KHOLDIN, Semen Abramovich, prof.;
CHEKHARINA, Ye.A., kand. med. nauk; CHECHULIN, A.S., kand. med.
nauk; SHAAK% V.A., prof.[deceased]; SHANIN, A.P., prof.; SHAPIRO,
I.N., prof.fdeceased]; SHEMYAKINA, T.V., kand. med. nal*;
SHERMAN, S-L , prof.; ABRAKOV, L.V., red.; LEBEDEVA, Z.V., tekhn.
red.
[Malignant tumor's]Zlokachestvennye opukholi; klinicheskoe rWw-
vodstvo. Leningrad, Medgiz. Vol.3. Pts.1-2. 1962. (MIRA 16:5)
1. Deystviteltnyy chlen Akademil meditsinskikh nauk SSSR (for
Blokhin, Petrov, Serebrov). 2. Chlen-korrespondent Akademii me-
ditsinskikh nauk SSSR (for Kholdin).
(CANCER)

YAKUBSON, A.K.; SHERI-M) S.M.
Treatment of lupus ery-thematous idth bigumal. Sov. med. 25 no.11:
144~146 N 161. - (MM4 15:5)
1. Iz kliniki kozhnykh bolezney (zav. - prof. A.K.Yakubson) Novo-
sibirskogo meditsinskogo instituta i .-orodskogo veaerologicheskogo
dispansera (glavnTj vrach N.I.Sukhareva).
(LUPUS ERYT104ATOSUS) (PALUDRINE)

ZAGOSKIN, Yu.-'-., inzh.; SHERMAN, V.L., in.zh.
Screwdriver with flexible shaft for M5-Mg screws and nuts, Stroi.
i dor. mash. 7 no.3:31-32 Mr 162. (PaRA 15:4)
(Screwdrivers)

SHEAN11MIJ, V.L.; LEGOWKIK17, G.V.; KORSAKOV, V.S., doktor tekhri. nauk,-
~ --c
,- f,., rettienzent; 110VIKOV, M.P., kR-rl. tPkhr.nauk, red.-,
SILOGAMN, LJ., in7h,, rcd.; ELIKMI V.D.., tekhr.. red.
[Meclianization of a:~:;embling operations in the instrument
industr7] Mekhani,.,-i':;iia sborochnykh rabot v priborostroenii.
Moskva, Masligiz, 1""-3, 466 p. OMIRA 17:2)

PF!
X-cr~4-R-%F601 12 15 SOURCE CODE: UR/0413/661000/006/0052/0053
INVENTOR: Gonserovskiy, F. G. ; q_ke~Kman, V. P.
none
ORG;
TITLE: Method of joining niobium and its alloys to vanadium. Class
21, No. 179855
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 6,
1966, 52-53
TOPIC TAGS: welding, fusion welding, niobium, niobium alloy, niobium
welding, alloy welding, vanadium, filler material, titaniums titanium
filler, niobium titanium welding
ABSTRACT: This Author Certificate Vtroduces a method of welding
niobium and its alloys to vanadium.WiTo ensure a high ductility of
the weld, titanium is used as filler material. [ND]
SUB CODE: 13/ SUBM DATE: 22Apr64/ ATD PRESS:q
welding of 4/zilar metals 15

BABIN, M.; SILMILUT, Ya.
Metal scrap in excess of the plan. From.koop. 14 n0-3:30 YC
16o. (KIIU 13:7)
1. F~redsedatell pravleniya arteli "Avtoguzhtransport," Saratov (for
Babin). 2. Sekretarl partorganizataii arteli "Avioguzhtransport "
Saratov (for'Sherman).
(Scrap metal industry)

V~
histomr uf -"'-e scierir.,3! u.' viruses; contrav--~,rsy r-etw~!en rv,..jjjrjvskiy and
V. i7T-2 rink. !,ikrocic1.oE-iia 21 'Io. ii, 19'D2.
9. Monthly List of Russian Accessions, Library of Congress, November 1959~ Unclassified.

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1944, No. rclAtimis I~t%mn the i -00
proLr%s of prepounns the slip and the ch.&raetrr6tkN of the
slip and the finished products were studied with pre_,ied
09 and nonproved %lips containing kaolin Lkj. clay W. qujrtz
sAnd 2K scrip tile 19, and feldspar 21r'. Water content was -00
X? to 3.5r;, and the soda and liquid &,%,4 clectrolytr4 werc,
00 03 WDAS"~ by weight of th~ dry rn.al,TW, Therycle,)f -00~
pfrpitration was 18 hr~ for thr prr~~l ~Iip And A to!) by. for .00
oo
the nonprev--ed slip; the lAttCI rcquirnt 2 to :11" altfr'
.3 water and 0.1 to 0.15q more clectrtAytN thAn the 'former. *00
Z.
The viscosity of the pressed -,Jip and its tendency to
00
thicken were somewhit lower than thoc of the nonpressett
060 slip. The shrinkage of products dried at I(JS* was about 400
the same. regardless of the method of prcpuration. Von. coo
60 presm4slips fired at 1250* had a lower P0901ify IIIAH pr"wd
00, slips. The mechanical strength of the products WA~ 4b0Ut Zoe
the same for both types of slips. The whiten-s, d-
094 termined by rucarts of a photocell, was 65.7r~ for the
pressed Anti 61.6% for the nonpretsed type. On the hasis ::0
of the results obWned. it is recommended thAt the non-
prc*%ed slips be used in casting structur4l and anitary
Ito V~
products.
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U Callicaf. from I - KIPIV), Willem the losal, as - the
magular Velocity 01 rotation, land X 11 const. dependent
oa the dinwaskatu at the cylinder. Thlaa viscometer can
also be used to det. the rcktivar viwosity from la - I,/h,
where (I - the time rLiquired to make 100 mviolutious in
the suspension snA t, - the time required to-make lou
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is It It A )1 1; a 14 a A v X 29 - 11 1., is i. t, 1. 11 is s, s, it 41 it .1 im~zo
Z -AA M 'A W A A 4 4 1
A.D ra"Pts"It,
(121 9

00 Casting properties of cer&Wc b 'e,- I
jy -!~ysss,

00 of wa,rab~wpliissi of c;i*t imstrelain Liictkv ~,jrv a- ItAstu),
1,. Iw Istwer than th,, I.w-nv 4
... f I- 1-m-ute ~Catcil during ca,tifig e%vits'1 ., Itatich
itualltr effect tilmmi the Immmity mut efcvtri~af jwtjwrfis,,
than die) vicuum treatment of the 4ip- Isimmaic untlt-r
mr-urs, reult"I in t notice-able inerraw in the surchani"I
00 a. ~trx ngtb 4 thr ilry pr-wfuct arul. sit a le,-r glt-xtti-. its thr
fir"I t Ca-tins unsfrT I-ft"urr facilnm,~l [he-'
IlIkAt-111111C (11 the lk*IV. VINIC 04411119 #11311--t PF-Mlys' 41ill
V;ICUUIII LF"IIHVIIt Of %IruVIUfV
thronghout the 61.1y It K
A S S L A, I(TALLUCGK4L LITE*ATWI CLASSIFKAVICO'
-7-7.
cs,~. 0u It,
JA
if ON or Is ZI X U K U U tt 69 NO 4 A-1 1 1 0 1 V so 0
Ole 0 0 0 0 0 0 0 0 0 0 0 at 0 0 0 0 0
0 0 9 0 0 0;o 0 0 0 0 0 0 0;0 0 0 0 0 0 0 0 0 Ole 0 0 0 0 0 0 0 * 0 0 Q, 0 0 0 0 0 0 a
-00
moo
Zoo
to 0
zoo
1900
goo
moo
see
tie 0
too
.00

OM~-T"IAN) , u. I.
Pro-*svodstvo saritarno-stroitellnoy kerarrLiki.
2'..oscow, :osudarstve,-ir--oe -zdatel I st- o Literatury po Stroitel Im-ra
,.-Iat,--~rialam, 1951. pp. 2_09, photos, (lia!-,s., iabs., bibli-,,)---.;
22 - IL; 1--lue and buff '.-,cards.

SHERMAN, Yakov Iosifovinh- OVCHINSKIY, A.F., inzh., nauchnyy red.~
~d,izd-va; KOMAROVSKAYA, L.A., tekhn.red.
(Production of sanitary structural ceramics]Proizvodstvo
sanitarno-stroitellnoi keramiki. Izd.2., perer. i dop. Mo-
skva, Gosstroiizdat, 1963. 149 p. (MIRA 16:3)
(Sanitary engineering--Equipment and supplies)
(Ceramics)

C w - 0
KA P
High VoltageTechnique, I*jscov, Gosenergoizdat, 1958, 664pp
(Sarias: Ito Tl-ud~r, No. 195)
T-h1a collection of articles awm up the principal results of inveStib-P-tit.-7--
end studies made by Brof. A. A. Gorev, Dr. Tech. Sci.., and hie staff in the
flold of high voltage phenomena find techniques at LPI (lanIngrad Polytech Inzt.j'
It was at this inatutute that Prof. Govev completed his higher scientific
aducatim and thon taudA and carried on his investigations in the field
until hio death in 19~3. In 1956, by decree of Min of Hi6her Education,
tI-~, 1111gh-V~ltaLo Lab. at T12I was named aftn-r A. A Gorev.

8(3) SOV/ 112-59-3-4927
Translation frorri: Referativnyy zhurnal. Elektrotekbunika, 1959, Nr 3, P 90 (USSR)
AUTHOR: Kapian, V. V., Nashatyr', V. M., and Sherman, Ya. N.
TITLE: Dete:rmi-natic-r --f Permissible Number of S art-C-,-
Tpterruptions by a LvDw-Oil-Content Circult Breaker on the Basis of the
1-ni)aired Electric S---rength of -7t-- -T--ternal )Lnsulation (Opredeleniye
dopustimogo chisla r)tklyuchen-iy toka korotkogo zamykaniya malomaslyanyrn
vyklyucHatelem po us loviyam sriz-e-iiy-- elektricheskoy prochnosti yego
vnutrenney izolyatsii~'
PERIODICAL. T-r. Leningr. politekhn. in-ta, 1958, Nr 195, pp 460-475
ABSTRACT: Methods 3--e developed for determining the guaranteed number of
shart-circuit-current interruptions by a low-oil-content circuit breaker; the
methods are based on investigations of the internal insulation of a type MG-110
low-oil--ccntent "Elektroapparat" make circuit breaker, conducted in the high-
voltage laboratcry c.-f LP1. (1) First, the circuit breaker is to be tested for
Card 1/4

8(3)
SOVII 12-59-3-4927
Determination Permi-s'.ble Number cf Short-C:._~cuit-Current Literruptions . . . .
many interruption.9 of its rated sb,-,--t ---ircui- cu:-rent. it is permitted to stage
these tests at a considerably lower vc-Itage; _,iawever, the time of arc burning
should be as long as the time ~_,nder actual shcort-circuit clearing conditions.
From the standpoint of chamber -insulation cont tarnination, such test conditions
are equivalent to the conditions of breaker operation under its ral I voltage.
(2) Then the internal-insulation resistance 21~o-_-,Id be measured by a
megommeter, 'Leakage ci_,.rrents due to an applied : ectified voltage should be
determined, and -:-! samples be taken. 1, 3f As a next step, the insulation
of the breaker with opern contactts is tested by an oscillatory voltage similar to
the actual recovery voltage; the crest value of the testing voltage is selected
equal to the most nrobable surge voltage observed in the network in question.
The above tests can be staged by means ol a. "switching -surge generator"
develo'ped and built In the high-voltage LPI. laboratcry (a detailed description
of the device is prese-Aed";. in selecting `re~p2ency of the test voltage, it
Card 2/4

8(3)
SOV 1112-59 -3-4927
Determination of Perm_.;ssible Number *f S_h_o-_t-(,-i_rCUit-Current Interruptions . . . .
should be kept in that the ins;--dation ie more strained with a lower
frequency -,)f O~e s,-Irge-toitage oEcillati,~)ns. (4) Measurements according to
items 1. ane. 3 a:.-e repeated with gradiia'.1y increaei:ag su.~ge amplitudes in order
to determine the ma-g-ir. 3-' the under test. (5) The insulation
measurement accordling to itern 2 Dq repeated; thereupon, tro the breaker or to
its mdiv-~ual arc-zrur.~-ring ccntacr? a c=-nercial-freq~uency voltage is applied
- I - - L
which excee,!,,; b5- 20-2516 the -f,:,ILage pzcbable under the operating
condilt;ons o~ C-Le bleaker ;n '0';' TY 0-ie state r-,f insulation permits,
I
the testing pim-cecl-are ~-4e-niF; J -5~ z~ga.-* The ;_71_'Veqtigation5 by the
A .7~I
above meihod '-,-ive shew~-. a."te:~- 80 or mxnre openings %of currents close to
the rateL4 duty 13, 200 arn-p", the MG- 110 -breaker and ills internal insulation have
been in good cenrlitio-ri: -nfini-I-e insL,.Iatior resistance and leakage current of
I rni,cr::,a-.nT) c_- less, the jnf;ulatio:~i !L-is wit'---s toad AC vsh'-Age for 8 hours and
also s~.iige irnpullses wi-,h peak valt-e~F a9 ~iigh as 7 tinnets the lize -to --ground
Card 3/4

8(3)
SOV/112-59-3-4927
Determination of PermiS5ible Number of Short-Circulit -Current Interruptions . . . .
voltage. The chamber insulation was impaired only when surge impulses were
applied after 94 openings of short-circuit currents. The authors permit 10
openings of short-circuit currents by the MG-110 breaker under operating
conditions, with inspection or oil change. investigation results are tabulated.
R. A. M.
Card 4/4

8(2) SOV/105-59-7-22/30
AUTHOR: Sherman, Ya. Lngineer
TITLE: A Device for the Direct Testing of High-voltage Apparatus
(Ustanovka dlya pryamykh ispytaniy vysokovolltnykh apparatov)
PERIODICAL: Elektrichestvo, 1959, Nr 7, pp 81 - 83 (USSR)
ABSTRACT: At the Leningradskiy filial VEI ~Leningrad Branch of the All-
Union Electrotechnical Institute a method of testing high-
voltage apparatus as to their disconnectibility was worked out
and investigated 1956 - 1958. In this method the summation
of the reactive power of the shock oscillator and of the
oscillatory circuit was attained by their being connected in
series. Figure 1 shows the basic wiring scheme of the device,
which is briefly described. For the purpose of warranting
optimum utilization of the shock oscillator efficiency and a
long life of the condensers which are used in the oscillatory
circuits of A. A. Gorev used here, the duration of short-
circuits must be reduced to a minimum. This is attained if no
transition process of reduced frequency occurs. The necessary
condition is written down. In order to attain the best possible
utilization of the condensers, should their nozinal voltage
be different from planned voltage, as well as in the testing
Card 1/2 of apparatus at increased or reduced voltages, inter-mediate
0

A Device for the Direct Testing of High-voltage Apparatus SOV/105-59-7-22/30
transfor:aer3 are used (Figure 2 shows such a basic circuit).
Figure 3 shows such a circuit according to which the inves-
tigation3 of the joint work of the shock oscillator TI-12
and of the oscillatory circuit were carried out at the afore-
mentioned i1natitute. Also the oscillograms obtained by the
experiment are given. In a summary, it is said that the use of
a circuit with series-connected shock oscillators and oscillatory
circuit of Gorev makes it possible to summate their efficiencies
and thus to increase the testing efficiency of the laboratory
in the case of direct tests. The circuit permits a combination
of the decrease of short-circuit currents and, in some cases,
a compensation of part of the inductivity in the oscillatory
circuit, so that the installed efficiency of the shock oscilla-
tor and of the oscillatory circuit can be fully utilized.There
are 6 figures.
ASSOCIATION: Leningradskiy filial Vsesoyuznogo elektrotekhnicheskogo in3ti-
tuta im. Lenina (Leningrad Branch of the All-Union Electro-
technical Institute imeni Lenin)
SUBMITTED: December 12, 1958
Card 2/2

SHER11-' N.
11 7,
Cand Tec~i Sci - -_:_)inL uerfor:.-~ance of shock generator and
oscillation CirCUitu of A. A. Gorev ir. direct test;ngs of h-i-r,-h-
voita~Te anDaratus as to switching capacity." Leningrad, 1061.
20 pp with diagraf_,is; (State Committee of the Council of Ministers
USSR for Automation and Machine-Building, All-Union Order of Lenin
Electrical Ergineering Inst imeni V. I. Lenin, Leningrad Affiliate);
150 CoPies; price not given; (KL, 10-61 sup, 220)

SHERMAN, Ya.N., irizh.
Joint oper-atiQn of an impulse generator and Gorev's tank
circuit in the direct testing of the oarformance of circuit
breakers. Elektrichostvo no.5:52-57 147 161. (MMA 14: 9)
1. VsesoyuznTj elektrotekhnicheskiy ins-titut imeni Lenina,
Leningradskiy filial.
(Electric cirepit breakers-Testing)

&kEl iA "M ) S. N. I I-
kand.tek-hp..nauk; 19%FLAN, V.V. I inzh.; IONOV) V.V. . inzh.;
(191?G-VA, T.V., inzh 11- Ya N . inzh.; SIFISHIN, B.A.) inzh,
New MG-10 and I-IG-20 generator switches. Vest. elektroprom. 32 no.3-
71-76 Mr 161. (,fIRA 15:6)
(Electric switchgear)

SHERMAN, Ye.
IMMEM
Grouping elements of operations in establishing production
standards. Sots.trud no.2:90-97 F '57. (MLRA 10:5)
(Production standards)
. -

A:UTHOR: Sherman, Ye.I.-----_ 3-56-2-15/33
TITLE: Meeting the Needs of Industry (Idya navstrechu nuzhdam promy-
shlennosti)
PERIODICAL: Vestnik Vysshey Shkoly, 1958, # 2, pp 65-67 (USSR)
ABSTRACT: Because of the lack of engineer-econgmists, some vtuzes
in 1997 began training in this field. At the Moscow Aviation
Institute this task was entrusted to the Inzhererno-ekonomi-
cheskiy fakultet (Engineering-Economic Faculty). The number
of hours were increased for the following courses: "Cutting,
Machine Tools and Instruments", "Technology of Aircraft
Building", "Technical Normalization", and the following ad-
ditional subjects were introduced. "Automation of Productio-
nal Processes" and "Organization of Labor and Wages". Special
programs provide courses in "Organization of Production" and
"The Economics of the Aviation Industry". Much of the time
allotted for this subject is used for practical and laboratory
exercises. The students are taught to compute the technical
standards for operating metalcut-ting lathes, for bench work,
cold and drop forging, welding and assembling.
In the laboratory of technical normalization the students
Card 112 elaborate norms for the cutting process, calculate the times

Meeting the Needs of Industry
3-58-2-15/53
for fixing and removing parts, assembling units of engines
and aircraft. They also prepare equipment index cards, study
the organization of one-man-operation of several machine
tools, etc.
In the course "Organization of Labor and Wages", the stu-
dents compute the workmen wages and various indices of labor,
analyze the structure of wages, etc.
The students prepare 3 projects - on machine parts, techno-
logy and organization of labor, and technical normalization,
and accomplish 3 works - on political economy, planning and
economics of the aviation industry. During the first half
(4 weeks) of the practical training, the students work as norm-
alization clerks in the labor and pay office; during the second
half - in the plants norm-research office.
ASSOCIATION: Moskovskiy aviatsionnyy institut imeni S. Ordzhonikidze (The
Moscow Aviation Institute imeni S. Ordzhonikidze)
AVAILABLE: Library of Congress
Card 2/2

MAKSIHOV, A.; SHIR W , Ye.
Review of output norms at machinery manufacturing plants. Sots. trad
no.2:79-85 7 '58- (MM 11:1)
(Machinery industry--Production standards)

SHRRMAN, Ye.
To examine and utilize working time properly. Bots.trud no.12:
87-93 D '58. (MIRA 13:4)
(Time study)

- --.. .. -- ` I ~, 11
SHERMAN, Ym. ;-K)LCIUdIOVA, N. - MGIROVA. R.
Use of calculating macbines for the analyale of wage systems.
Sots.trud 4 no.8:66-71 Ag '59. (14IRA 13: 1)
(Wages) (Ac-caunting macbines)

-- - --l-1-1-1-1 --- I . .. I I -~, lss-46- ~-*h-uc - , -- -- T-1--
SHEW-LUT, Ye.
--- --, --- ... ......
Choosing a suitable operational proce6ure in settinz up
technically jiistified standards. Biul.naucb.infnrm.: trud
zar.plata no.5:11-16 '59. (MIRA 12:6)
(Turning) (production standards)

MWYA11, Ye.
Working out norms for the number of auxiliary worlers.
Binl.nauch. Inform.; trud I zar. plats. 3 no.1:21-32 160.
(MiRA 13:6)
(Machinery industry--Production standars)

LYASNIKOV, L, KHOLCDNAYA,, G., SMFCW~N Ye..
"Principles of estahlisbixg, work norms in an industurial enterprise"
by A.D.Galltsov~ Re-~Yiewed by I.Liashnikov- G.Klholodnal-a E.Sher-ran.
Sot,s.trud 7 no.l:~155-159 Ja -62. ~MA 15-4)
(Froduction standards) k'G&I.Jtsov- A.D.)

SHEILMAN, Ye.ye. ; SaRMAN, I.Ye.
Machine for priming and painting wood parts. Der. prom. 8 no.q:
26-27 S 159. (MIRA .12:12)
(Wood finishing)

!:'VICInklikind Tape
ecasrum at aro
phase Oxidation m
oxida
on~
h eaft
bMkRetrbM. VT. The IF
and Yu. 0.
--sueebantarM GVer Vanadium catalyst, Te
f
'
(K H. voroshilov I
Ell
Ur. PIS, c1.
~The oxidation of the intermediate naph-
thalene oxidation products, 1-naphthequinone and phthalic
was studied over V-K sulfate catalyst
-am ataide aaby*Wcs
,
o~ Wa gel, to explWu the data an the naphthalene oxidation
'11w
ol the oxidation re-
le
i
i
h
f
na everg
s
act
sm.
vat
mec
m
'76000
-nA
htho
uwont
for 1A
500
l
ol
11
/
,_
,
ca
.
m
q
p
,
pl-w
/m I for
5W cal
dride
and 10
hthalic anh
oli for
al
/
.
.
.
,
m
c
y
p
Phtho-
maltic * anhydride. The assumption that the 1-na
~_qulaoue is the principal Intermediate in -the dapfithadene
rrect
to phtwic anhydride was found to be inco
oxidation

. ........
.
from the catalytic oxidation tests of 1-naphthoquinone in 4,
which resulted in the conversion of only 20-25%
uinoni into phthalic anhydride,, ind the total
scheme of naphthalene, in agreement -with results
~a
obtainedi van be expressed as: naphthalene naphtho-
hthalic:

quinane - COt + HtO and also naphthalene
p
lel
a
h
dride
id
h
d
+
n
e ma
c
an
r
y
y

1U S 8 R q,
411360 Investigaffimu in the Field of the Mnetlcs and
hfachawsot of the Vapor-Phaw Oxidation of Aranwitic Hydro-
mbons, lasladavaulia, , oblasil kineilki I mekhanims
iijumogo"leadaaraniatiehtddkhuglevadoreday. V1.
9
rdation Mechanism of Naphthalene on Vanadium Cats4its,
Makhaahms oklJonlin naltaillas an wanodiewykh kataiiss-
larakh., (Rusdau.) L 1. loffe and lit. Q Sherinwi. Zhurnal
ndchakot xhima, v. 29, no. 4, Apr. 1955, p. W2-698.
Includes tables, xmpb."O ref.

IOM, I.I.; SHEDM, Tu.G.
Research in the field of kinetics and mechanism of vapor-pbase oxidation
of aromatic hydrocarbons. Part 6. Mechanism of the oxidation of naph-
thalene on vanadium catalysts. Zhur.fis.1d, . 29 no.4:692-698 Ap 155.
(KUU 8:8)
1. Institat organicheskilch poluproduktov i krwitelejr im. K.Te.
Voroshilova, Moskva. (Naphthalene) (Oxidation)
(Catalysts, Vanadium)

L)
S R
;~67-6-8-* -11-ly-115 of t1w. Kinutivs and liledianics of 1110
111101- Phi"" 0113mt) i of Aminatic flydrowbuns, loAttlova-
.111, 11 12.11 weilki I nirklianlima purufaximago oklsle- . . . -
.110 xromalleheskikh UgleVIN140040Y. V. Kinctles of
Oxfclatlun~uf Naphtlii&iie tin a Mixed Viinudluot Catalyst.
Kinctiku oklelculls nuftalina na:vmeshimnom voundlevom
kutalizature. (Ru3slan.) 1. 1. lufft- 'and lu. C. Sherm n.
Zhurijul Fl--Jcijcjkol YOhnfi, v. 26, mo, 12, Dm. 1954, P.
2108.
Mathematival analysis. Tables, gruph3, skLichm. 5 ref.

T
67
Kiweticsiad~;jiechanism of the-Mor-phase Oxidgl6fi-til
a rocarbona- V. Kinaticsoloxidationot-naph- Ja
tjialane.gvj;r a mixed vi [. 1. IoCe and
ti F' !'~. Kh- 28 2095=2TUUMR):
VA. W M. 47. 3i~g -T)"hie ux~d;tion of naphtha
AAe' by aini. 0 (11) in the presence ota VK sulfate cata-
'11"St was studied in it described and illustrated app. under
atherinal cotalitions at temps. train 2W to 4(X)Q, initial U
C'mens. from UAW269 to 0.(XXMJfj atid initial 11 cianctis.
troin 0.00137 to OR20511. The atuts, tit reaction products
oblahicti, including plithilic utili'vdrjoe. itialeic anhydride,
ttaptitti'main"Ite. CO... aad If.-O. are tWiWated throitighout
tlie given temp. range for ctintact tjnies from 0.05 to O.S
~Iv. The kiiWaic:; 4 lite reaction is dewrihed b% the equa-
flwt -11,dt - W04.0 + k,-IP)'). tviwrv P rcljrv~sems thti
rvae6m pr-ILICt'. The talati.tEed quantities k% and k, are
defiaed bi. the cilumhar, k, - Ae-2/1'7 and km - kl'~~-
Be v,~rr. where ki, A. B. E., and Q are 9 x 160, 5. 15 *
W., 2.11 X 140.217.4 ~-tnd.-, owle,%ind 47.5 kculjnjole,r~sp.
I-'r,nn :;(X) it) 41W tli~ rea&6ifi firdeqeds hi the internal-dif-
fuiion region:', The jtltv~r; tehip. limit of transitimi -ii%es
aith V.141~tf It i!k suggemed that jile -
iate-dcig. IfA-t"r," am, jile rate, ,(, dt"irpOnt (if teaction
firw4hictsaild that 4 the cataly,t surface,

USE"R/Chemistry - Physical chemistry
Card 1/1 Pub. 147 - 3/27
Authors : loffe, I. I.,, and Sherman2 Tu. Go
Title : Study of the kinetics and mechanism of vapor-phase oxidation of aromatic
hydrocarbons. Part 5. Kinetics of oxidation of naphthalin over a mixed
vanadium catalyst
Periodical % Zhur. fiz. khim. 28/12, 2095-2106., Dee 1954
Abstract : The stuctr of naphthalin oxidation kinetics with air over a mixed vanadium-
potassium-sulfate catalyst was conducted with a thorough analysis of the
resultant reaction products. A special isothermal method developed for this
investigation is described. Formula determining the rate of reaction of
naphthalin oxidation is included. It was established that at 300 - 4WO the
reaction is shifted into the internal-diffusion zone and the lower tempera-
ture limit of this transition increases with the increase in the basic
concentration of the naphtbalin. The rate of oxidation of the surface layer
of the catalystp which is regenerated during reaction with naphtbalin
molecules.. and the desorption of reaction products are considered the
determinant factors of the oxidation process. Five references ; 3 USSR and
2 USA (1935-1952). Tables; graphs; drawings.
Institution., The K. E. Voroshilov Scientific Research Institute of Org, Semiproducts and
Dyes.
Submitted December 11, 1953

NT-?CIIAYFV, G.K., kand.takhn.nauk; VASILIYEV, Yu.K.. kand.tekhn.nauk;
BOGAYENKO,.-I.N., inzh.1 BEREZYUK, B.S., inzh.; PERMAREVIGH,
M.G.,-inzh. -
Devices for temperature control in large d.c. machines.
Vest. elektroprom. 33 no.11:31-34 N 162. (MIRA 15:11)
(Electric motorB, Direct current)

5'14~ 79'.
17

SHER~L~TOV, G.14.
Natural reDroduction of underahrubs in the southwestern
Kyz-jlkam. Vop. biol. i kraev. mad. no.4~159-165 163.
(MIRA 1712)

ACC NR: AT6023566 souRcE com: uR/3o95/66/O36/0o0/02o2/O2o7
AUTHOR: Terekhin Yu. V.; Shermazan, V. F.
;ORG: None
!TITLE: Instrument for determining depth ranges when measured
:facsimile equipmentl?automatic recorder
with the
iSOURCE: AN UkrSSR. Morskoy gidrofizicheskiy institut. Trudy, v- 36, 1966. Metody
1i pribory dlya issledovaniya fizicheakikh protsessov v okeane (Methods and instruments
I
~for studying physical processes in the oce"6, 202-207
ITOPIC TAGS: facsimile equipment, facsimile recording, auto recorder, data recording,
m; 1 0 ew I ocean floor topography, oceanographic equipment,
ioceanographic instrument, oceanography individual sound equipment,
geomorphology
ABSTRACT: 'Use of the "Ladoga" facsimile equipment as a self-recording depth device
1has expanded considerably the possibilities for taking soundings in the ocean, as
,well as for carrying on marine geomorphologic and_&~R1,ogj_ research. The great
,difficulty encountered in the use of the equipment is the inability to determine
,the range (epoch) of depths measured at any given instant. While individual insti-
tutes, such as the Marine Hydrophysical Institute of the Academy of Sciences of the
Ukranian SSR, the Institute of Oceanology and the Acoustics Institute, both of the
Academy of Science-s--of-thi--USSR, have a certain amount of experience in using the
i
Card

A:& Nk- iT662 5&6
iequipment as a precision depth recorder, the problem of determining the range of
;1depths measured had not been completely solved. This difficulty brought about the
design and the construction of a special instrument, designated the 'Tktnge-
lndicator,111*-~for use as an adaptor for the "Ladoga" facsimile equipment, the pur-
i
'pose of which is to measure the range and the depth proper recorded on the fac6imile
jequipment at any given moment. The principle of operation of the "Range Indicator"
'tis described and it is concluded that use of the instrument has facilitated equip-
:ment operation and eliminated possible errors in determining the recorded range, as
i
1well as the depth proper. Orig. art. has: 2 figures.
'!SUB CODE: 08/SUBM DATE: None/ORIG REF: 004
CQrd

ACC NR- AT6023566 souRcE com uR/3o95/66/036/000/0202/0207
~AUTJIOR: Terekhin, Yu. V.; Shermazan, V. F.
ORG: None
TITLE: Instrument for determining depth ranges when measured with the "Ladoga',
facsimile equipment automatic recorder
1
SOURCE: AN UkrSSR. Morskoy gidrofizicheskiy institut. Trudy, v. 36, 1966. Metody
i pribory dlya issledoyaniya fizicheskikh protsessov v okeane (Methods and instruments
for studying physical processes in the ocean), 202-207
TOPIC TAGS: facsimile equipment, facsimile recording, auto recorder, data recording,
F44 Were. Ai.11 ocean floor topography, oceanographic equipment,
oceanographic instrument, oceanography individual sound equipment,
geomorphology
ABSTRACT: Use of the "Ladoga" facsimile equipment as a self-recording depth device
has exoanded considerably the possibilities for taking soundings in the ocean, as
WpIl as for carrying on marine geomorphologic and geologic research. The great
difficulty encountered in the use of the equipment is the inability to determine
the range (epoch) of depths measured at any given instant. While individual insti-
tutes, such as the Marine Hydrophysical Institute of the Academy of Sciences of the
Ukranian SSP, the Institute of O-aeanology and the Acoustics Institute, both of the
Academy of Sciences of the USSR, have a certain amount of experience in using the

KNORRINQ, G.M., kandidat tekhnicheskikh nauk; RKLYAKOV, A.A.; MSLINISH,
X.R., knzhen6r; ~.4?RMAZANTA4,_Ta.T.; LETBOVICH, D.S.
Use of PPv wires. From.energ. 11 no.12:22-?5 D 156. (MIRA 10:1)
1. Gosudarstvennyy prorektny7 institut Tyazhpromelaktroproyekt (for
KnorrinO.2. Gorikovskoye otdejeniye Gosudaretvennogo proyektnogo
institute. Xlektropro7ekt (for Bel7akov). 3. Inergosbyt Latvanergo
(for Kreslinlsh). 4. RespAblikapskiy pro7ektnyy institut, Yerevan
(for Shermazanyan). 5, Trest' 'Noselektromantazh-20 (for Ieybovich)o
09lectric wire, Insulated)

Takov Tigranovich; BAINI., V.A., prof., doktor tekhn.nauk,
red.; S.UMISY.111, M., red.izd-va
(Utilization of solar ener&v in the national economy] Ispol'-
zovanie solnechnoi energii v narodnom khoziaistve. Pod red.
V.A.Bauma. Brevan, Izd. Ob-va po rnsprostraneniiu polit. i
nauclin. znanii Armianskoi SSR, 1959. 42 p. (MIRA 13:1)
(isolar energy)

PHASE I KOt EIPLOIT A"! LV SOV/4b42
Ak'd-ty. -k SMR. En-geti~h..kiy In.tit.t
--rKII (H-t ?-t
It ,I m"-" P. E-t.
e rine, N- 2, Us. f 3.1.r E.
lip 2,!00 '.pi.. P'i.td.
3p-t-ring Ar~jt kkmdq.iy% na,k SMR. 1-rgmtIqhnmklY In3titat i.-i
Ed V.A. ~r T"hnlc" t"n"O' Pmrlm-'; bt. r
1"T" UZ
4-- r.13. G,r.hk--. T-h. Ed.. 1.N. 0.. h I-
19OLITC71, T'h. T-A-11-tl- I , 101-dod f., p-ar ngin-r. -d --Cstl
lathe Ind'utr'.1 tilt '.tim of eater "n-gy.
f is , C-tia" ti,. f 4~ -1!~,
.O'MRrJ. This o.llo,tL 0
ork -.blistned -dr th. .,- title 1. tq57. Th4 p--t 'o-lt'
.~f lm-%ignti '.u ,ond-6-1 in the USSR durIng th, 1-w. th- yo, rn it
th.'W" r%t-y - the Cis. ~r S,Ls~ r-gy ..d 'dih,l -a -,h,
I" ttut AN =R (P- lwat, 'r t~ . AS 1,~F. P-b I
#A astanAmIng the of = -4inov' d.p.~ai'4 W'-'
thm Alss-1 f 0.1" .-rcr m-i-A, ere oteol"Id.
wom-so f.11W -wh articlo.
R-1-r-h ,4
a-k- D~t. -"i~ Efri'i'n'y 'r tj"
-*~r :r S-1.1 P- St.tln
S.- Fr.bl.sts I- it-,- MMMIC, ~f S~l.r P-
b9
lnll-tiOltl~' It Sml~mi,t~r
'79
R-a- LVLI~ Gl-'.r7 IT B.I., 3-10"A-
-r T~-l vl-&"ti"'., 'f
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AN-bf.e.
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V.7.
A.91. If
TI't B"i'l-
Et-v
A.,. E-ra P.- '-!
Soltr Thmr~l pt-r at,ti,_
jk/d~'.r.

V
V. 7 1/650/01~ VOGI/004/00-~~
AIC,,u/A,')29
AUTHORS- Shermazanykai, Ya,T. and Apaxl~zi, R--R-
TITLE, Elements of the Automatl~~ Tracvlng Equipment of a Sola:e. Thermal
PI alot, (STS)
PERIODICAL.~ lzv5stiya "-ademii nauk krmyan-:~,Kov SSR, S-!~rivs 5.KhnIche,-zk-1kh, nauk
1960, Vol. 13 No- 1, PP, 57-70
TEXT., The plant is bai~tl on an azimuth zenith apparatus c-oaplt-d alito-
mat-is control equipment,. The heating probl-~m of ~ht F,-e-arr, boil-sr by 1,293 rf-
fl.~iotlng mirrors ran be solved by Iwo b&9IctLily differtnt sv-S4-tm~s-- direct Ind-1-
vidual automatic sun +.racking of the. --cilar-heat un-it-c. and Drecalculattd sun tra-~k-
ing of these units. The au,,orrr-.atlf,~ equipmen' is c-jrpo--!j to vind, -Cain, ~-noy' and,
temperatures varying between -300C to + 400C. lt~- ii 10 - 12 % of thf-
toz.al. capital investment. The abov!~-mc-nTdoned r-~*.av zvs'~!Tz pa~szed laboratorv
and practical. tests perform,~-d in Ar-mtrla on th- wh-r~- -.*,-).-- fir-St. scl.,Lr. ther-,
ma.1 plant is to be erected. Th!~ non-rplay :;ys!ssm= juv bei-ng ~.nsted Dresent no
difficulties. The mcv,!ment. c~f I.hf- shown 15 ,expressed in severad
equations. The greaT ma~xiwurr. --v):I n~~TPPII~catl~
C;--rd 1/2

SHERRAZANYAR . Ya.
t_- - -
Using solar energy for melting high-purity and heat-resistart
materials. From. Arm. 4 no.7:56-57 JI 161. (MIRA 14:7)
1. Institut energetiki AN A=yanskoy SSR.
kbo-Lar hea-ting)

3953b
s/196/62/000/015/005/008
'/E155
194
E
AUTHOR; Shermazanyan, Ya.
TITLE: An automatic solar orientator
PERIODICAL: Referativnyy zhurnall Elektrotekhnika i energetika,
no.15, 1962, 23, abstract 15 G 134. (Ayastani
ardyunaberutyuny, no.io, 1961, 70-75 (Armenian));
(Prom-st' Armenii 4V__po.lo, 1961, 59-63 (Russia.n)).
TEXT: An automatic device is described to control the
orientation of a solar power generating equipment. Graphs and
design formulae are given for determining the principal angle and
parameters of the optical servo-system, which rotates the equipment
to follow the apparent motion of the sun. A radiation diagram is
given of a chemical solar reactor installed in the Institut
organicheskoy khimii AN ArmSSR (Institute of Organic Chemistry of
the AS Arm.SSR) and a circuit diagram of the automatic control
circuit of the orientatort also a schematic sketch of the
arrangement of the parts. The principal components and operating
principles are as follows. The sun's rays falling on the mirror-
orientator are reflected onto a parabolic-cylindrical mirror
Card 1/2

s/196/62/000/015/005/008
An automatic solar orientator E194/EI55
concentrator which directs the rays onto the reactor filled with
chemically reacting substances. Since only the luminous part of
the solar spectrum is required to activate the chemical process,
the heat rays are trapped by cooling water contained in the reactor
jacket. Photo-electric pick-ups in the form of tubes with photo-
impedances are fitted on the path between the orientator and the
parabolic-cylindrical concentrator. As the sun moves a greater or
lesser amount of its rays enter the tube and act on the photo-
impedances which switch on electric motors to make the orientator
track the sun. The pick-up has two zenith tubes, one of which is
alteration up to noon as the sun rises, and the other for the
afternoon as it sets; also one azimuth and one signal tube in
case there is no sunlight. An electric circuit is given of the
automatic device with combinations of photo-electric, ohmic,
inductive and capacitatlive impedances. The use of photo-electric
pick-ups ensures stable operation of the solar power equipment.
7 illustrations, 5 references. .
F,Abstractor-s note: Complete translation
_J
Card 2/2

L 22673-1,_~1) ~WV,
'ETC~m.)-j3 jD
ACC NR: A-P6006191 SOURCE CODE: UR/0377/65/000/004/0005/0010
AUTHORS: Vartanyan, A. V.; Shermazanyan, Ya. T. (Candidate of technical sciences)
ORG:,-Armenian Basic Laboratory, All-Union Scientific Research Institute for Current
-Sour Znogo n.-i. instituta
,,t..7i(Armyanj3kaya bazovaya laboratoriya, Vsesoyu
kov toka)
TITLE: Investigation of heat flow control systems in constant-power solar furnaces
SOURCE: Geliotekhnika, no. 4t 1965, 5-10
TOPIC TAGS: solar furnace, temperature distribution, temperature stabilization,
solar radiation intensity, power optimization
ABSTRACT: The governing parameters behind a power-regulation method for a constant-,
streng-th solar furnace are discussed. The power regulation is defined by the equa-,
tion Preg - A-P max = const, where A = c-k - const. The technique consists of
defining c as a function of k. To this end, it is assumed that the sun can be
represented as a point-radiation source, the parabolic concentrator haa an idealized
.geometry and receives parallel beams of radiation with constant density. Three
types of regulators are analyzed: a screen type regulator placed perpendicularly to
Card 1/3

L 22673-66
'ACC NR: Ap6oo6igi
ithe concentrator axis which yields, for the parameter A,
-A= 0 -cosa)-k;
'a cylindrical type regulator which screens the external part of the reflected radi-!'
ant flux, and which gives RR
I are
tg2 guo
A
VO
(91--t
!where the various nomenclature are defined in Fig. 1;
Fig. 1. Schematic of a cylindrical
regulator screening the extern
part of the radiarat flux from the
concentrator.
Card 2/3

L 22673-66
ACC Nit: AP6006igi
a cylindrical type regulator which screens the internal part of the reflected flux.
This latter one yields the equation
RIt
arcig P
IgI 2 P P
Ig,
2
Orig. art. has: 23 equations and 8 figures.
SUB CODE: 20/ SUBM DATE: 21Jun65/ ORIG REP: 001/ OTH REF-- 001
Card 3/3

"t I Y
gi ng
-1.
o r !965.
[-7: r~t' 1
te
11

T
:-'XCC NR: AP6()18090 SOURCE CODE: UR/0377/65/000/005/0045/0050
(A )
'. / &V
AUTHOR: Shermazanyan.-Ya. T. (Candidate of technical sciences); Nersisyan, T. A.
ORG: Armenian Base Laboratory, All-Union Scientific Research institute-of Current
Sources (Armyanskaya bazovaya laboratoriya Vsesoyuznogo nauchno-issledovatellskogo
instituta istochnikov toka)
TITLE: Large automatic heliotechnical installation for testing materials by the ac-
celerated light aging method
SOURCE: Geliotekhnika, no. 5, 1965, 45-50
TOPIC TAGS: solar energy conversion, testing laboratory, nonmetal aging, material
failure, material stability, light aging
ABSTRACT: The articles describes the BGUS concentrator, a new type of large helio-
technical installation which has been in operation in Yerevan since 1963. (Ya.T. Sher-
mazanyan, G. P. Kazanchyan, M. M. Markosyan, "Heliotechnical Installation for Testing
Materials Aging under the Action of Solar Rays," Avt. svid. no. 139513, Byulleten' izo-'
breteniy, 1961, no. 13). It was first proposed by the Armenian Affiliate of the All-
Union Scientific Research Institute of Electromechanics as a device for accelerating
light aging in the testing of electrical insulation materials. Subsequent investiga-
tions and development were conducted by the Energetics Institute of the Artrienian SSR.
2

_L Y'~179-66_
1 ACC NR: AP6018090
A special feature is its automatic tracking of the surn by the use of light-sensitive
cells in differential photoelectric sensors~of thel-TS-K type. The 'authors discuss
such related matters as the reflectors (unique in 'keserving the full spectrum of so-
lar radiation, an important facet of light aging investigations), the distribution of
the radiation on the operating surface of the wall, and the problem of site selection.'
At the present time, smaller models (KGUS) are being developed on the basis of the
BGUS. Orig. art. has: 2 figures.
SUB CODE: 20,11,10/ SUBM DATE: 16Jun65/ ORIG REF: 006
1 Card 2/2

75;1, A
Subject USSR/Mining AID P ---36
Card 1/1
Author Polyanskiy, A. P.
Title Construction defects of a tightening arrangement packer
Periodical Neft. Khoz., v. 32, #5, 48, MY 1954
Abstract The author remarks on the comments of B. S. Tolmachev
published in the Neft. Khoz., No. 4, 1953 concerning the
article by M. A. Zelinskiy and A. N. Shermatov "For a
Rational Construction of Equipment for the Bottom and
Mouth of Gas Wells", published in the Neft. Khoz., No. 7,
1952. The author considers that the packer, shown on
fig. 5, of the reviewed article, has many defects and
is unsatisfactory in service.
Institution : None
Submitted : No date

-- SHERMENEV, I.,-, KU2MTSOVA, V.
On the banks of the Angaia River. NW 2 ac.Nr:56-58 Ap 160.
(Nam 11:6)
1. Zaveduyushchiye doma i tekhniki pravogo i levogo baregov
stroite-"~tva gidroelektrostaatsii, g.Bratak.
(Bratsk 4droolectric Power Station)

775
.s4

KONISHIN, Fedor Vasillyevich, prof.; SHRRYOM, M.j otv. red.; SHATROVAJ.,
red. izd-va; LEBEDEV, A., tekffiT."fT8".r-"- "
[state inffurance in the U.S.S.R.) GoffWarstvennoe strakhovanie v
SSSR. Izd. 4., perer. i dop. Moskva, Gosrinizdat, 1961. 335
(MIRA 14WO
(Insurance)

kand. ekon. nauk; MOTOV, S.I.; KOLYCHEV, L.Lt
kand. ekon. nauk; BRAGINSKIY, L.V.; GRIGORIYEV, S.T.;
PYLAYEVA, A.P., red.; BLLLOD, A.I., tekhn. red.
(Finance and the issuing of credit to agricultural enter-
prises] Finansy i kreditovanie sel'skokhoziaistvennykh pred-
priiatii. Moskva, Selikhozizdat, 1963. 342 p.
(MIRA 16:5)
(Agriculture-Finance)

't'r e~~
T~ 4 ence)
nl
t! C:
Kri

SOV/i37 -58-11- 234Z8
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 227 (USSR)
AUTHOR: Shermergor, T.D.
TI T L E: On the Theory of Relaxation Phenomena in Solids (K teorii relaksa
tsionnykh yavLeniy v tverdykh telakh)
PERIODICAL: Dokt. 7-y Nauchn. konferentsii, posvyashch. 40-letiyu VeLikoy
Oktyabr'sk. sots. revolyutsii. Nr 2. Tomsk, Ton-iskiy un t, 1957,
pp 68-69
ABSTRACT: The author develops a theory of the relaxation phenomena in solids,
In considering a nonhomogeneou5, isotropic, unbounded elastic body,
the author utilizes a method of the thermodynamics of unbalanced con-
ditions proposed by Leontovich and developed by Finket'shteyn and
Fastov in application to stress relaxation. The computations provide
formulae for the elastic moduli, the latter being determined from the
combination of all periods of relaxation. The connection existing be-
tween the formulae obtained and a generalized form of Hooke's law is
discussed.
I V_ N
C
ara 1/1

SHERMGOR, T.D.
Thermodynamic theory, of elastic aftereffect. Izv. vys. ucheb.zav.;
Fiz. no.1:78-85 '58. (MIRA 11:6)
l.Sibirski7 metallurgicheakiy institut imeni S. Ordzhonikidze.
(Elasticity)

SHERMERGOR, T.D., k.-nd.fiz.-mat nauk
Effect of relaxation processes on the curve of plastic flow
of metals. Izv. vys. ucheb. zav.; chern. met. no.3:111-118 Mr
158. (MIRA 11:5)
l.Sibirskiy metallurgichesIdy inatitut.
(Deformations (Mechanics))
(Metals, Effect of temperature on)

WFT-7 OR Shermergor, T.D. -58-5-25
SOV/155 /37
I ~L`LE On the _Th~eiii~o'd~~imlc Description of Processes Being not in
the State of Equilibrium
-:.HIODICAL: Nauchnyye doklady vysshey shkoly. Piziko-matematicheakiye
nauki,1958,11r 5,PP 147 - 150 (USSR)
The author shows that the usual relaxation relations
A = A + <
where T is the value of the column -matrix A correspTnding
to the equilibrium, A a known function of time, Ip 9
~ exp (- St)F , F a rectangular (n + m k) X k - matrix
S a quadratic (n + m k)x (n + m - k) matrix and
t
V
< a > (t - V)~(,,)dV
can be derived from the equation
J Lik Xk
---rd 1/2

25
On the Thermodynamic Description of Processes SOV/155-58-5-25/37
Being not in the State of Equilibrium
for stationary processes, where X i are forces, J i the currents
and JIL ik 11 is a symmetric matrix according to Onsager. Some
examples are given.
There are 7 references, 6 of which are Soviet, and
1 American.
.1';SOCIATIOIT: Sibirskiy metallurgicheskiy institut (Siberian Metallurgical.
Institute)
SUBMITTED: July 21, 1958
Card 2/2

26
SOV/lc_
f L e r m, e r
& D.
On -e a in -'EZ)ii-a~ 3:Dd fes
teorJ J e 1 a sa~ E i c yavI. --n-; y v telal~q)
-ae tal" o-trecleniyf~ -
r,~.;~DjD AL F:LsLKa c, c --3 7 5 Vol 6.
A -4.~ -T -~A,2, 1, -Tileol n -v, e -3 u D s c, f 1 -a t ioia o- stresses an
are u-3ua .1y of ii c,-C,
a I Dal, F71 a On 2 1
f e I a c a f IC s
av! o r T-!, ~ j
--cc,,~sses Ili-e. thermo-
LI
-plied cj
I L~ e ra Lj ,,,a s a
r ct ca -1 -1 E-.- 0 sue s o r for a isotro-
a, in -e
a I r I", r siiows t! n~-ral. t-I c
r, F c, m Dd-,j.l ar e ct a 1-2 ,,:a -ae d b~T a sr,-?~~truia
-A elat
of T 1-~ -~-.a ne e nt re ly
C ~. C, S,
--s' :,Ie taill -.r s-:-i S Or z1a:-2
CUT
Or a z,--,oa 11--- e
-E, i an I ~) -,- ~L I _-_*,i, -1 -
FebT-uar.-)r 4 1~ q-;I / ~:;XVJ af'ur =.-is'on, A-~~r-*l 10, '-~;~T
rd 1/1

AUTHOR: Shermer6or, T. D.
:~:7-23-j-28/33
TITLE', on the Thermodynamic Theory of jtt:1axa4-,ior. Processe-3
diriariticheskoy relak~,af,~;Ionn.Ykh j)rot-5e';s0,:)
T '7'
PERIODICAL', Zhixrnal- Tekhnich,~- ',--,y ~417,-*k-, L958. Vo2 3 64 5
( `-133R)
ABSTRACT.' A relat-i-.)n lbetween the strain and deformation of a heterogeneous
isotropi-I elastic body is found here. The investigation is Der=
formed according to reference 3 by Finkell-shteyn and Fastov, only
the temperature is considered variable. The heterogene3us body
is subi-ivided into so many N-do-mains that within each domain the
mediam may be considered homogeneous. For marking the instant-a=
necu::.~ deviation of the sYstem-state from the equil-lbrium Poeit.-on
-h,z- relaxation tenso-r 5ikj) for ea-..h domain is introduced. The
equililb::-i~im value of the re-laxatior. tersor shouLd be Then
E- 5 ik 1)
C ard 1/~ ik 1) -)iku==~ i'.1)
,--) _A

Oil !Aw Th A
~,7 -,'c"
~,e addi 1. i -,.n:,Ll- de 'ormat.rn
wfj~..h mltn-t in-.tant.~Pr, .-i :zly b~ gj.v~an tc inv e3 ti ga' 9d b~~-dy_
order ,.D put. _;.~ irtr_ .ne equ4_Iib.-IuM state., Th-t di-ffe=
rent elem-~nts are expre,3T-d by I_,"ferent relaxatlcn ten3or~ arid
~,(:, ~,P-h t,?nso- --orrespci-id-z it.F --laxation time. - Th~? :.Omru'a-~'ion
of st-air_ and t.' the dpfo-mat.2:,n-tensor f-Dr a
body a--ording I.-) the method of tha non-,qa_;-AbTil_,z
sta'p_~~ of therrirxlynam~-.-~ 's p-~rf:-med. The. equations ('711 fc-7r
the and the a--e derived and! -,,_mpaxeld
,yi-t,r. 3()_-,.rTian_n,-~, fo~_- s-eeP4.ng an for
d
ur, it is sh,~vnl thal% tile formul-a (27 ')' agreed =e
,_.I thp fr,:iT,_s of &7 vinan-'s pr-.='ple, On the othF~,r hania
genera-I 'L'o=,., of Hc--kp -_ law frorm 027). the
alit-hor Btat-~.c: that. _3n t-_- pre_qen~~s- of the
'he gene-al- Iawb~c-omes lvt-,,- (de_nli7ation5~ of
N-h, defree occurring wherea.5 the thenmo-
dynamics (27) are c.-~ro,_JdF-rab2y more conv;:~nient 1'o-- +.he sc1ution
of vari-ous probierir-3,
There are. -0. rpF,~,, -n-,: . P-1-1 of whi-h are Sovi.-_t,
.,iSSOCIATION- :-~ajjpek, Sibirskiy met-allurgicheskiy insti~UT- IYU.M. 53. 07fthorii)Udze
(atalInskSiberian. Meta-11-argical Ins+i~.U:~_ 'Lzini S. O-fdzhoni_"-Iidze)
SUB?jIITTED: june
Elas-uic she-,_',-"her. --c properT.es F-'as-.--c shm-11
Card 2/2 --Stresses Tody-nar,

SHEMS-TGOR. T.D., kand. fiz.-mt. nauk, dotsent
Cyclic deformation of solids with elasticity-toughness properties.
Izv. vys. ucheb. zav.; chern. met. 2 no-3:65-72 Mr 159.
(MIR& 12:7)
l.Sibirski7 metallurgicheskiy institut. Rekomendovana kafedroy
fiziki Sibirskogo metallurgicheskogo instituta.
(Def orm'ation (Mechanics))
(Elasticity)

AUTH OR: Shermergor, T.D.
TITLP,. -Al)sorpt~ion o~rEnergy ty Steel in Plastic Compression
(Pogloshcheniye energii stai.Iri pri plasticheskom szhatii)
PERIODICkL: Fizika Metallov 1. Metallcvedeniye, 1969, Vol 7. Nr 1,
pp 146-150 (USSR)
ABSTRACT; The latent ener-y of two types of steel has been experimentally
cD
determined. The specimens for compression were cylindrical:
17 mm diameter and 25 mm. high, 20 nuil diameter and 30 mm high,
and 13 mm diameter and 20 mm high. The last were used for
control purposes. Prior to testin6, the specimens were
annealed in iron filingi at 8000C for 3 hours. A study
of microsections shewed that no c;arburi-zation of the surface
of the specimens had occurred. Compression was carried out
in an luiisler press. In order to avoid bending of the
specimen, a sleeve was usedwhich was lined with heat
insulators, and supporting plates made from steel 40KhN,
35 x 6 mm. The surface of the supporting plates was
polished and the ends of the speGimen ground. Compression
was carried out in stages. Deformation was carried out
statically at a rate of 5;io per min-late. This made it
Card 1/5 possible for the flow oL=,ve to be taken do~an by means of

SUV/ 1126-7 -1-22/28
Absorption of Eneri;y by Stee-'. in Plastic Compre3sion
of S Q the therm&2 capacity of the system waS determined,
as well as the rise in temperature due to plastic deformaticn.
Special precautions were taken to prevent errorSL, The
temperature calcullation was ~.nrriel~ oub by a method sug6ested
by ;,,'.A. Bollshanina Re 117'. 7 )and perfectou by benyakovskiy
(Ref.8). Tne latter obtained the t'c_illowin~~ fot-,,rrula for the
differential temperarure-, S
T z!t T, * (T;; - T,)--.- T T
e
X4MuM
where T, (sep, FiE.1) Is t~i& m a temperature of' the
.specimen towards the end Gf plasti '-- deformation., The
second term takes into ac.c.clunt a oorre(:-tion for heat
removal during deformation. This correction is proportional
to the area S.. (T,, - T )/IS- is a constant for the
"i 4 3 0
rate at which the temperature of the system and the medium
evens out. The third term gives a correction for a
possible unsteady galva-rioni9ter reading and an uneven hea.-ting
of the system. The last term gives a correct-ion for an
Card 3/5 elastic adiabatic heating. AT and Te are c-alculated from

SOV/126-7-1-22/26
Absorption of Energy by Steel in Plastic Compression
the following equations:
f(Tl &T) TJ S21 = D12 T31 S3
Te T3 T4 - ~(T2 - T3)33 IS4
The above formulae cah be simplified as follows;
T T - (T3 - T
2 + c-4(S' -f- S 4);
_i
T T )S3 S S + S S" S
2 3 1 2; 4
which was used as the working formula by means of which the
temperature of the specimen and of the experimental steel
plates was calculated. For each stage 5 A, 6 E and A S
were determined .. and thq stress er and the full deformation
F_ were known- This enabled various graphs to be plotted.
Card 4/5 In Fig.2, curves for the differential absorbed specific energy