SCIENTIFIC ABSTRACT SHERMAN, S.G. - SHERMENEV, M.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549310003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCE-SSION NR: k4013420 S/0057/64/034/002/0313/0320
AUMOR, Abrosimon, H.K. ; Kaminker, D.M.; Petrov, I.A.;.;Sh rma ,S.
TITIZ: On the theory of a duct consisting of magnetic quadrupole lenses tor ob-
taining pure beams of p-masons of various energies
.SOUWX-: Zhurnal telchn.fiz., v.34, no.2, 1964, 313-320
'TOPIC TAGS: meson-, ~~meson, n-meson, p-meson duct, magnetic lens, quadrupole mag-
lons, magnetic lens system, momentum selector
ABSTILICT: The theor
y of the so-ca4lled_g-meson duct is discussed (A.Citron a. H.
.0veras. Report =-RN sc.,143,1961; E.Braunersrouther, V__-habaud, C.Delorme and M.
Blorugo, Report CEPN 61-12,1061). The duet consists of a sequence of identical and
cqually spaced magnetic quadrupole lenses so oriented that the successive conver-
gence planes are perpendicular to each other, and is intended for obtaining a beam
of p-mesons from the decay:in flight of U-mesons. Previous theoretical treatments
have restricted-the discuss ion to the case at thin lenses.7 The results of the pre-
sent paper aremalid for lenses of arbitrary thicUness (length). The equation of
Card 1/2

ACCESSION NR: AP4018420
;the trajectories;:is~of the type of Hill's equation. The stability criteria are ob-
tained with the qid,.of Floquet's theorem. If the lenses are made very 2ong, the
.stability regions become narrow (only particles having momenta within a small range;
are passed) and the system, no longer-useful*as a n-meson duct, can be employed as
,a momentum selector. From the envelope of the stable trajectories, the region in
'phase space is obtained from which g-mescns, produced by decay of n-mesons in sta-
blo orbits, are captured. An expression is derived from which, by numerical Into-
gration, one can obtain the efficiency of a proposed system, i.e., the number of
separable g-mosons produced per entering x-moson. "T'he authors consider it their
,pleasant duty to~express their gratitude to D.G.Alkhazov and A,P.Komar for detailed;
discussion of the present work." Orig.art,has:*30 formulas and 3 figures.
ASSOCIATION: Fiziki-~toldmibheskiy institut im. A.F.Ioffe AN SSSR, Leningrad (Physi-'
cal Technical Institute, AN SSSR)
SUBMITI 15Dec62 DATZ ACQ: 26FebW ENCL: 00
:SUB CODE:.PH, SD
MR REF SOV: 001 OTHER:'909.
Card 2/2

V
MATUSEVICH, I.Z.; SHERMAN, S.G.
Expert diagnosis of vorking disability in peptic ulcer in the
post-war -period. Sovet.vrach.aborn. no.17:30-33 S 149.(CIML 19:2)
1. Clinic of the Leningrad Institute for Determination of Working
Capacity and for Rehabilitation of Invalids.

&E,FILC, S. G.; SOBOLEVA, A. V.; VELIKSON, I. M.; MAKRILINA, V. B.
Lungs - Diseases
Clinico-functional method of determLnation of the state of respiratory inslifficiiency in
chronic non-tuberculous pulmonary diseases. Klin. med. 30 no. 4, 1952.
Monthly Li~t of Russian Accessions Library of (congress, September 19-52. IRICIALSSIMED.

SHERMAN. B.G.; 1PAYUSUTWN, B.S.
Organization of the employment of pulmonar7 tuberculosis patients.
Probl.tub. no-1:9-13 Ja-F 155. (K[RA 8:4)
1. 1z Leningradskogo nauchno-iseledovatellskogo inatituta ekspertizy
tradooposobnoati I tradoustroystva Invalidov.
(TUBIMMOSIS. PUIMROT.- economics,
employment)
(IIMUSTRY AND OCCUPATIONS,
employment in pulm. tuberc.)

CHMA, V.V., doktor med.nauk; SEKMN, S.G., starshiy nauchnyy aotrudnik
-
Functional evaluation of a system of respiration in tuberculosis
patients working in cotton thread spinning plants. Vrach.delo n0-5:
541 My 159. (MITIA 12:12)
1. Laningradskiy nauchno-issledovatel'sMy institnt tuberkuleza.
(RESPIRATIOU) (TOERCMSIS)

SHUMM, S. G.
Status and prospects for employment of patients with pulmoner7
tuberculosis in laningrad. Rrobl.tub. .38 no.7:8-15 160.
(MM 34-.1)
1. Iz organizatsiomo-motodicheskogo otdela (rukovoditelt
G,Z9 All) Leningradskogo naucbno-isaledavateltskogo instituta
tuberkuleza (dire - Prof. A.D. Semenov).
(TUBMMOUS-MMMM)

GOLIDFARB, M.L.; SiMMAN, S.G.
Working capacity and employment of patigints subjected to total or
partial pneumonectomy in pulmonary tuberculosis. Vest. kbir. 85
no, 7.68-73'Je 160. (MIRA 14:1)
(LUNGS-SURGERY) (DISABILITY EVALUMON)

L 13432-66 EWT(d)/BWTWjTZL'V1A(m)-2 - 'IJP(c):
ACC NRs AP6002455 SOURCE CODE: UR/0057/65/035/012/2248/2249
AUTHORt Abrosimov, K,K.; NikolayevapV,A.,'ShermanS,G,
ORG: Physico-technical Institute im. A.F.Toffe, AN SSSR,:Leningrad (FIzIlko-
tekhnicheskiy institut AN SSSR)
TITLE: Approximate calculation of the efficiency of a mu-moon duct
SOURCE: Zhurnal tekhnicheskoy fiziki, v.35, no. 12, 1965, 2248-2249
TOPIC TAGS; mu meson, p! meson, magnetic quadrupole lens, particle beam, 4wAAvwm:ut*L-
ABSTRACT: K.K.Abrosimov, D.N.Kaminker, I.A.Petrov, and S.G.Shernan (ZhTF, 34, 313,
1964) have proposed a method for estimating the efficiency 9f a magnatic quadrupole
I Here it -is
lens muon duct. This method involves evaluation of a tripig'lYte'k alo
pointed out that the muon capture efficiency, which is a periodic function of z, It
actually nearly independent of z when the pion momentum is high (z Is presumably a
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 11 the pion momentum scatter is small one can further reduce the triple
integral to a single integral. The muon efficiencies of threa ducts of diflerent
design were calculated as functions of the pion momentum and the results are presented
I Card 1/2 UDC: 537.533.33

L 134~9-66
ACC NR: "6002455
graphically. The muon efficiency passes through a maximzm at a cartain.plon momentum,
The maximum muon efficiency increases and the pion momentum at which the maximum
efficiency is )~,eached decreases with increasing values of the ratio.9/d, whereA, and
d are two l-..igths that are presumably defined in the reference cited above. Orig.
art, has: 6 formulas and 1 figure.
MM CODE:. 20 SUBM DATR: MayM ORIG. REFs 001 OM-REF: 000

CHARUSKIIII, G.V.; SHERMAN, S.I.
k, Uru - AV'--t7
Two ira-?, of speeding up the con-t ction process of fabr
diagrems. Sov.geoli,4 no.9:10$-IU S 161. (MIRA 14: 11)
.1
1. Vostochno-Sibirskiy _Peologicheskiy instilut Sibirskogo
otdeleniya AN SSSR.
(Geology, Structural--Graphic methods)
(Petrography)

P.M.; GHERNOV, YU.A.; SHERMAN, S.-I .
KERENOVY I
Conference of young geologists of the Institute of the Sarth's Crust.
Geol.i geofiz. no.7:117-119 163. (MA 16: 10)

38311 SHMMN& S. 1.
-
Preparaty protiv malokroviya. Sov. maditsina, 1949, No 12, a. 29-30
a. Meditsinskaya mikrobiologiya, i=unologiya
parazitalogiya. E-pidemiologlya

SHERKAIT, S-I.; LEVIRA, D.A.
Effects of liver extract therapy in pernicious anemia. Klin.
med., Mosk-va no-3:81-82 Mr 150. (CD[L 19:2)
1. leningrad.

smmm, S.I.
Classification of anemia. Klin.med., Moskva no.4:30-39 Ap 150.
(CLKL 19:3)
1. Of the Rematological Clinic (Read -- 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.lilatov).

SETRI-AN, S. 1. Prof.
Aren, I'a
Relation between gastric poly-posis and Byermer's anemia. Klin. med. 30 No. 7, July
1952.
9. Monthl List of Russian Accessions, Library of Congress, Dpopmhpr -195X, Uncl.
2

C_7j
USSR/Medicine Post-Transfusion Hepatitis Dec 53
-"The P ophylaxis of.Post-Transfusion Virus Hepatitis,"
r
fProf S. Sherman''S. 1. Diakonovich~.',I_A.
V. Blinovai'-'A. V. Alekseyeva,-R. S. Ger-
Yurikg
mant."Iteningrad Sci-Res Inst of Blood Transfn;*'Div
of Virol, Inst Exptl Med, Acad Med Sci USSR, Len-
ingrad
Klin Ned, 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
quantitative test in the deta of a pre-jaundiceor
p9st-jaundice condition in blood donors.

hi 1~ N iv, ~ - I - ---- - -- - -
SRLIIKILNY,,.�,I,,j,u,,,professor; KISELET, A.Ye., doteent; PIRIPLATCHIK, R.R.,
idat tekbnicheakikh nail ; POVICRGO, N.S.
Results of treating pernicious anemia with campolon derived from
marine animals. Kline made 32 no.6:53-57 Je 154. (MIRA 7:8)
1. Leningrad; iz gematologicheskoy kliniki (zav.-prof. S.I. Sherman),
Laningradekogo nauchno-iseledovatellskogo institute. perelivaniya krovi.
(ANEMIA, PERNICIOUS, therapy
scampolon)
(LIVER EXTRACTS, therapeutic use
*compolon in pernicious anemia)

SHERMAN, S.I., prof.; ZHISLINA, Z.G.
Red blood pleture In pept1c ulcer. Akt.vop.perel.krovi no.4:198-200
'55. (MIRA 13:1)
1. Gematologirheakaya klinika Ieningradskogo inatituta perelivaniya
krovi.
(PEPTIC ULCM) ('ERYTHREMIA)

SHEMAN, S.I., professor (Leningrad)
--
On S.B.Geirols article 'Clinical hematological. variants, and stages
of chronic myelosis." Terap.arkh. 28 no-3:84-85 156. (MLRA 9:8)
(LEMMIA)

IrComparative 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. Sherma , Docent D. S. Klizlmin.,
L. M. RozanovaY A*. N. Kiseleva, N. S. Fovergo, and . D. Vaku--
J_e~rjkQ ~epo ~ed at-tHe -expanded plenum of the' Central Order of
Lenin Institute of Hematology and Blood Transfusion on 15 Dec
1954 and at the Conference of the Leningrad Department of the
All-Union Therapeutic Society imeni S. P. Botkin on 15 Nov
1955), Problemy Gematologii I Ferelivaniya 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 therxpeutic effects without complications such as symptoms of
radiation sickness.
-s , f;

SHIM S-.I-.,-Drofessor; KUZ'MIN, D.S..dotsent-, ROZANOVA, L.M.; KISELEVA,
MMW, K.S.; V-4,MiMO. A.D.
Comparative evaluation of the effectiveness of varioas methods of
treating chronic laucosis. Report No.I: Treatment of chronic Isucosis
by X rays [with summary in Birglish, p. 641 Probl. gemat. i perel. krovi
2 no.1:28-32 Ja-1? '57 1 (MIRA 10: 1P)
1. Iz gematologichaskoy kliniki (zav.-prof. S.I. Sharman)
Leningradskogo ordena Trudovogo Krasnogo Znameni nauchno-'
issledovatallzkogo instituta parelivaniia krovi (dir.-dotsent
A.D. Belyakov; nauchnyy rukovoditell-chlon-korrespondent AMN SSSR
prof. A.N. Filatov)
(LEMMIA. ther.
radiother. of chronic leukemia)
(RADIOMiaAFY, in various dis.
leukemia, chronic)

EXCERM YFDICA See 16 Vol 7/9 (1 ancer Sept 59
38o6. Comparative evaluation ofthe efficacy of certain methods in the
treatment of chronic leukaemias (X-rays, radioactive phosphorus, urethan,
exubichin, arsenic, busulphan). H & H1 (Russian text) SHERMAN S. L, Krzmvj
D. S., ROZANOVA L. M., KISELEVA A. N., POVERGo N. S. 'and VAKuLENKo A. D.
Probt. Gcmato(. i PtTV1. KFOVi 195B, 3/2 (26-34) and 62-63) Tables 3
:1 17 patients with chronic leukaemia were treated with roentgen therapy. In ost
patients the period of remission lasted for rrom 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 z patients to avoid complications
(anaemia, thrombocytopenia, exacerbation of t9c process); fractional peroral doses
of P31, 4.5-6.5 mc- per course, were given. Clinical and baematological remission
took place in 25 patients, rollowing the fir3t course of treatment Nvith P13. Treatment
of the remaining 7 atients produced no results. Lontrange results of P32 thera y
's%
Of chronic myeloid `ieukaemia are discussed. Th, ors conclude that the r
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.

SHERKAY, S.I., prof.; RABINOVIGH, S.I.
The classification of Werlhof's disease. Probl. gemat. i perel. krovi
3 no-5:17-20 S-0 158. Otm 11:11)
1. Iz gematologicheakoy kliniki (zav. - prof. S.I. Sherman) leningradsko-
go ordena TrudoYbgo Krasnogo Znameni nauchno-issledovatellakDgo institu-
ta perelivaniya kr6vi fdir. - dots. A.D. Belyakov, nauchW rakovoditel"
- chlen-korrespondent A14N SSSR prof. A.N. 7ilatov).
(PURPU-U, THROMBOP:01C,
classif. on basis of funct. state of magakaryocytes &,
on clin. course (Rus))
(13ON3 MARROW, PbVBiol087
megakaryocyte fanct. stAte, evaluation in classif. of
thrombopenic purpuras (Ras))

TUSHINSKIY, Mikhail Dmitriyevich; YAROSHPIVSKIY, Arnolld Yakovlevich;
Prinimali uchastiye: FILATOV, A.K.; AKXERMAH, V.V., doktor
med.nauk; SORMAN, S.I., prof.; TSDOORKZ, N.A.. MYASNIKOV,
A,L., N.V., red.; SXNCHIW, K.K., tekhn.
red.
(Blood system diseases) Bolezni sistemy krovi. Moskva, Goa.
izd-vo med.lit-ry. 1959. 386 p. (MMA 12:9)
1. Chlen-korrespondent AHN SSSR (for Filatov). 2. Deystvitellnyy
chlen AMN SSSR (for Myasnikov).
(BLOOD--DISRAOS)

SHMIW._S.I.,. prof.; XMIMIN, D.S., dots.; ROZANOVA, L.M.; KISETZVA, A.N.;
POVERGO, N.S.; TAKULEM, A.D.
Comparative evaluation of the effectiveness of certain therapeutic
methods in chronic leukemias; roentgen rays, radioactive phouphorus,
urethan, embichin, arsenic, myleran. Report No.4 [with summary In
English, p.611. Probl.gemat- i perel.krovi 4 no.1:17-~O Ja-F '59-
(MM 12:2)
1. Iz gematologicheakoy kliniki (zav. - prof. S.I. Sherman) Lenin-
gradskogo ordena Tradovogo Krasnogo Znameni naxichno-issledovatell-
skogo institute perelivaniYa krovi (dir. - dots. A.L. Belyakov,
nauchnyy rakovoditell - chlen-korrespondent AMR SSSR prof.A.N. Fi-
latov).
(LEUKMIA, therapy,
comparison of various radiol. & chem.
methods (Rus))

SH31NAN, 'KUZININ, D.S., dotnent; ROZANOVA, L.H.; KISBI&VA, A-N-:
-POTARGO, H.S.; VAKULOKO, A.D.
COMParative 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.5:14-18 W 159. (MIRA 12:7)
1. Iz gematologic-neskoy kliniki (zav. - prof. S.I. Sher=L-. Teningrad.-
skogo ordena Trudovogo Krasnogo Znameni nauchno-issledovr.*-L'skogo in-
stituta perelivaniya krovi (dir. - dotsent A.D. Belyakov, nauchnyy
rukovoditell - chlen-korrespondent AMN SSSR prof. A.I. Filatov).
(MUKEKIA, therapy,
comparison of various methods (kas))

SHERKAR, S.I., prof.; KUZIMI14, D.S.,, dotsent; ROZANOVA, L.M.; POVIMMJ Nos.
Treatment of patients with chroniF*81013iS Witli'M"IOB03r-i*--
dbaociation with roentgen rayse Terapoarkh, 32 no*9132-36 $60-0
(NnA 14 --1)
1. Iz gematologicheskoy kliniki (zav. - prof. S.I* Shermai)
Laningradskogo ordena Trudovogo Krombogo Anameni nauchao-m
issledavatellskogo instituta parelivaniya krovi (naucbWy ruko-
voditell - ablen-korrespondent AMN SWR prof. A.N. Filatov).
(BUSULFAH) (LEUKMIA)

SHEE RMAN) S.I., prof.; BLINOVA, A.I.
Indications and contraindications for splenectomy in Werlhof's
disease, hemolytic jaundice, the splenomegalic form of liver
cirrhosis, and in thrombophlebitie splenomegaly. Pr9bl.gemat.i
perel.krovi 5 no.1:14-17 Ja 160. (MIRA 14:6).
1. Iz gematologicheskay kliniki
k.ldrurgicheskoy kliniki (zav. -
A.14.Filatov) Lenihgrads.kogo ordena
instituta perelivaniya ~-xovi (dir.
(SPLE EN-SURGERY)
(ANEM)
(zav. - prof. S.1 '01aerman) i
chlen-korrespondent AMN SSSR prof.
Trudovogo Krasnogo Znametti
- dotsent A.D.Belyakov).
(LMR-CMMaSIS)
(PURPURA (PATHOLOGY))

SIOU-111, S.I.
Apropos of the article by Professor I.A. Kassirskii and Professor
G.A. Alekseev."On the nomenclature of blood cel-Is.n Probl. gemat,
i perel. krovi 5 no. 8:25-26 Ag 160. (MM 14:1)
(BLOOD CELLS) (KASSIRSKII, I.A.) (ALEKSEEV, G.A.)

S.I., Trof.; ROMIM-1, L.M.
- -------- -
Interrelation between polyc- mye
ythemia vera and chronic losis.
Torap.arkh. 34 no.3:99-104 162. (KIM 15:3)
1. Iz gematologicheskoy klinL'ci (zav. - prof. S.I. Sherman) Lenin-
adskogo nauchno-issledovatellskogo instituta perelivan-4ya krovi
dir. - dotsent A. D. Balyakov, nauchnyy rvIcovoditel chlen-
F
korrespondent .4% --SSR prof. A-11. Filatov).
(ERYT,1HOTIA) (1UMG1--T1Z1ORS)

BABCHIN, I.S., prof.; BABANOVA, A.G., doktor med. nauk; BLOKHIN, N.N.,
prof.; BONDARGHLJK, 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; MELINIKOV, 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. mod. nauk; SENDULISKIY,
I.Ya., prof.; SEREBROV, A.I., prof.; SMIRNOVA, I.N., kand. med.
nauk; TKLIMAN, I.M., prof.; TOBILEVICH, V.P., prof.; TRUKHALEV,
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.[deceased]; SHEMYAKINA, T.V., kand. med. nauk;
SHERMAN,_&-L , prof.; ABRAKOV, L.V., red.; LEBEDEVA- Z.V., tekhn.
[Malignant tumors]Zlokachest-vennye opukholi; klinicheskoe ruko-
vodstvo. Leningimd, Medgiz. Vol.3. Pts.1-2. 1962. (MIRA 16:5)
1. Deystvitellnyy chlen Akademil meditsinskikh nauk SSSR (for
Blokhin, Petrov, Serebrov). 2. Chlen-korrespondent Akademii me-
ditsinskikh nauk SSSR (for Kholdin).
(CANCER)

YAKUBSON, A.K.; ShEFJ-WN, S.M.
Treatment of lupus erythematous idth bigumal. Sov. med. 25 no.11:
1"1-146 N 161. (MIRA 15:5)
1. Iz kliniki kozhnykh bolezney (zav. - prof. A.K.Yakubson) Novo-
sibirskogo meditsinskogo instituta i gorodskogo venerologicheskogo
dispansera (glavnrf vrach N.I.Sukhareva).
(LUPUS FRYTfM4ATOSIJS) (PALUDRINE)

ZAGOSK114, Yu.B., inzh.,, Stmam-'v- - inz-h. - - - --- -- -
- -
I Screwdriver with flexible ahaft for M5-Mg screws and nuts.. Stroi.
i dor. mash. 7 no.301-32 Mr 62. (MM 15:4)
(Scrawdrivers)

.-.SU4RYXjJ V.L.; LEGONIKIKH, G.V.; KORSAKOV, V.S,, doktor tekhn. nauk,-,.,
prof., retsenzent; NOVIKOV, M.Pp kmm3. tekhn.nauk, redi
STROGANOV, L.P... i,.izh.,, red.; ELIXM, V.D., tekhn. red.
(Mechanization of assembling operations in the instrument
industry] Mekhanizatsiia sborochrWkh rabot v priborostroenii.
Moskva, Mashgiz, 19,63. 466 p. (MIRA 17:2)

1- 228ijj:!~i~ rri (n)ZEPF~n)-2/FrPE (V /T/E7,-,T(t)/9-1P(k)
C-C NR~ AP6011215 SOURCE CODE: UR/0413/66/UOO/006/005210053
INVENTOR: Gonserovskiy, F. G.; Shermang Vo Po
ORG: none
TITLE; Method of joining niobium and its alloys to vanadium. Class
21, No. 179855
SOURCE: Izobreteniya, promyshlennyye obraztsyp tovarnyye znakip not, 60,
1966, 52-53
TOPIC TAGS: welding, fusion welding, niobium, niobium alloy, niobium
welding, alloy welding, vanadium, filler material, titanium, titanium
filler, niobiuv- titanium welding
ABSTRACT: This Author Certificate J
,,ptroduces a method of welding
llniobium and its alloys to vanadium.'1-7 To ensure a high ductility of
tF-e-w--e-Td, titanium is used as filler materials (ND
SUB CODE: 13/ SUBM. DATEt 22Apr64/ ATD PRESS:
welding of dis/a/~ajar metals)g
Card 1 1 UDC: 621,791,762.5,042

S.4 A-1
U-se of 7-ithematical statu-*stics methods in studying t e
g uh
:)rcu.aratian o--:' a cll-,i-e mdxtur-2. ZLv.lab. 31 no.10:1229-
IZ,31 165. 19: 1)
1. Urallskiy riauchno-issiedovatellskily khirdcheskiy ins L.u

BABUT, M.; SHIM-WT. Ya.
Metal scrap in excess of the plan. From.koop. 14 no-3:30 Yr
t60. (MIU 13:7)
1. Preduedatell pravleniya arteli "Avtoguzhtransport," Saratov (fior
Babin). 2. Sakretarl partorganizataii arteli "Ayioguzhtransport,v"
Saratov (for' Sherman). i
(Scrap metal industry)

- - V, ~~ InTk -il~ I U-1. It t. ~Yk.- -1.
Viruses
From the his"'or-Y of the science of viruses; controversy between D. I. ivanovskiy and
P.J. V. -Peiyerink. Mikrobiolog-iia 21 I-To. 4, 1952.
9. Monthly List of Russian Accessions, Library of Congress, November 1959~ Unclassified.

ago** 0 096*0900. so.
a*31, ? to T or 0. f 0, 0. ?, 103 911 OR 'InIT w,, r I I Arr -mr r r a )t, 1; 11 1) 13 If
A'A-L_A I L a L. A_)U_" WAL
'.5 A.&
040CCIM A010 MWWRI --V CA
zff"W Ai ix~ 'd Womort (10 W!P C: its kumt-
'10 T1 I- -
WfWdc& YA. 1. SHZRWA.14, Sk S4)03 9 K am- Prom,
IM, No. relAdom tmtwtvn the
and the char-Acteristic% o(the
process Of P=bPeniClucts were studied with pmvwd
ad the
Ili% 0
an nonpressed slips containing kaolin :19. clay 23. quartz
sand 2K scrap tile 18. and felds 7, Water content was
X1 to.351, and the sedi and liquid SUss r1cctrolyt" were
r
0.3 to 0AY; by weight of the dry trutvritl~ The cycle of
preparation wai I$ hr. for the pce~~d Qip And S to V hr. for
the nonprc-"cd slip; the lAttef required " to 3'j more
11: water and 0. 1 to 0. 157c mom ck-ctrWytcs tlZin the former. too
The viscosity of the pressed slip and its tendency to C
13 thicken were socnewhat lower than thoc, of the nonpressed
.3 slip. rue shrinkage of products dried At 105' was about coo
,3 the same. regudm of the method of prrp4ration. Non-
pc--d slips fired at t= ' had a lower porchity than pressed
go- slips. The mechanical strength of the products was About
the same (ot both types of slips. The whiteness, de-
teratined by memas of a photocell. was GS.Ar for the
premed and for the noopressed type. On the basis
of the results obtained. It 6 recommended thAt the non.
messed slips be used in c"Ling structural And sanitary
products. B.Z.K. at*
war
z:
AS..ILA SITALLUNCKAL UTIEWURt CLASSOFICATIOX t
its
solar') .4; CS1 821131amt], 834131 am a- IS4
a ZA 14 L S N N 0 Of N I W Of I a d 3 4 1
U U AT 10 It a,
P
0 0 It 0 0 0 * e
a : to 0 00 0 0 0 0 400 0 a * A * W -0 *_ * 0 * 0 0 0 0 0 * 0 000 * OL,~ A

9~
JL
00 A
2-7
lo:
:0
&
.3
go-3
go.
A
4F
custak) Alp Is the Sowmer viecouster.
XOPOW. PFOW. 3943,
NO. 1/2t M-17; Ceram. Akbwtt IOU. 19(1u J. APR,
Ceram. Sm. 3t. No. 1).-An important a4vaitta" of the
Stortnev viscomet" 6 the ability to mftmm the Viscosity
L4 any clay mupension or &Up reWdleas of d. VhccWty
the load. v - the
is Calc-d. from V :,=.w
angular VvIocky a cvust. dependent
on the dimwsWw of the cylicWa- This vbcomter can
also be used to det, the rclal6v viscodly InNn v m Wit,
where is - tLv drue required to make IW rtvalutions in
1 4 -=ke iw
athe time rexauked to
Z=Ztd. I bl. F. R.
AQaq -d I %*Jew .4, M. 4-C
AV
U 10 Is 0 1 0 d a a 19 4 a a
0
I DOW 600OW
Malial ad ORW All
3 T -CA A
; j t An W 0 a a A If 0 9 a a 3 It
I
Ails'
Moo
4
Vs*
u*o
go

S&T14AN, Ya. 1.
Snerman, Ya. 1. "German ceramic industry,"in symposium: Syr'-_,fevyye resursy tonkokeram
pron-sti SSSR i puti ikh ispollzovaniya, Moscow-Leningrad, 15LL8, p. 42-43
S(j: U-2886, Letopis Zhurnallnykh Statey, No. 1, 1949

IS 0 0 0 0 0 0 IS 0 0 4 0 0 0 0 9 9 . 9 1 . . 11 ~
*0*00*00000 **0000
__T' It 701 4.0 eil, 00. .00 0. 7, 4v,
o1i I I 1 4 1 4 F a I It 12OL41111 1112 mix) I a 0 a 246 sit loll lilt MIS Jim 103040 41 42 4) Ad 4
No 040P.A111% 1%pt.
0
CsittrEs properflis of ceramlcb
a I I In-Is l. - T17 P.~.Rv -."a
;tat,~
A~wption W cio llorrelain-fairnev %urr wa% found,
t . Iv om.sdmbly lower than the juwomity 4 on.4,W
I
h
i
i
ng oast
ng v%"Icil a InUc
gtsure created dur
"are. l
:
5snaller effert ts;lou the twosity arul devirical pivileftio
11ouring under
than dill Vacuum t"utnitnt Ot the slil).

: pn-urr irt~ultcd in a noik-rable intTrj%c in the nicvlmni&~A)
0 a ~,trvngth of the dry pnxltK-t awl. to a lr~~r de~,. in the.

4 firnt lu,Auct, .Ca,tit uruler 1wr-urr b6hiatesl thel
0
thickening of the lxxl)~ while c-Atting under prt~-,ufr aud
00 ze vacuum treallurlat J the "Jip itraluml uniforin sinjourr
00 throqX"t tk.~Kvrly_ B.Z.K.
-4"Z afTALLURGIC&L LITIERAIWE CLASUPICATION
As.-IL.
I]dA`) -.it chv- ONE dl&Ln**
I fps I
0 u it 4v 10 &1 0 tW It CIP it 9 a . 19 It K K Ct It 40 As I
I
0 0 0 46 Is 0,411 0 0 0 40 0 0 4p 0; 41 0 0 0 0 0 0
0 o1
0 0 oie 0 0 0 0 0 0 411 We 6 0 0 0 0 0
43L431 ONE a%- Ask
All A I V rld 0 11 9 1 V v 5 ja a 2 0 v
00000 00000
0 * 0 0 0 0 0 o o 0 0
lee
Coo
use

-a.
Proisvodstvo sanitarno-stroitellnoy keramiki.
"
k.0 C~osudarstvennoe lzdatellstljo Literatun
scolv$ ' y po Stroitelln-yra
',:aterialam 1951. pp. 209, photos, diags., tabs., bibliog.;
22 x 114; blue -and buff boards.

SHERMAN Yakov Iosifovich- OVCHINSKIY, A.F., insh., nauchnyy red.;
__.~i~~~~~d.izd-va; KOMAROVSKAIA, 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 1613)
(Sanitary engineering--Equipment and supplies)
(ceramics)

Pu.. Y r,
"Deter,airiation of Permissible Nwm~ber of ShoZ:t-Circuit Current Cut-offs of a Low-Oil
Content Circuit Breaker Accordinla to the onditions of Lowered Electrical Strength
It
of its Internal 'Insulatien, w.th KAPLAN V. V., and INASIV.-DE, V. M., D 460
L
High Voltage Technique, Moscow, Goaenergoizdat, 1958, 664pp
(Smrias: Its Trudy, No. 195)
Thla collection of articles sums up the principal results of inve t -ations
8 1,6
end atudics mede by Prof. A. A. Gorey, Dr. Tech. Sci., and his staff in the
field of high voltage phenomena and techniquef3 at UI (Ioningrad Folytech In.-t.)
It was at this instutute that Prof. Govev completed his higher sciontific
education and thon tau&t and carried on his investigations in the field
until his death in 1953. In 1956, by decree of Fin of Higher Education,
t'-A High-Voltage lab. at LFI was n3mad aft3r A. A Gorey.

8(3) SOV/112-59-3-4927
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 90 (USSR)
AUTHOR- Kaplazi, V. V., Nashatyr', V. M., and Sherman, Ya. N.
TITLE: Determination of Permissible Number of Sf!o_rT-_Ci-7c*`u1r--CtTr-Yent
interruptions by a Low-Oil-Content Circuit Breaker on the Basis of the
Impaired Electric Strength of its Lnternal -Insulation (Opredeleniye
dopustimogo chisla otklyucheniy toka korotkogo zamykaniya malomaslyanym
vyklyuchatelern po usloviyarn ;nizheniya elektricheskoy prochnosti yego
vnutrenney izolyatsii)
PERIODICAL: Tr. Lertingr. politekhn. in-ta, 1958, Nr 195, pp 460-475
ABSTRACT: Methods a--e developed for determining the guaranteed number of
short-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-co-ritent "Elektroapparat" make circuit breaker, conducted in the high-
voltage laboratory of LPI. (1) First, the circuit breaker is to be tested for
Clard 114

8(3)
SOVI 112-59-3-49?7
Determination of Permissible Number of Sbort-Ci.rcuit-Current hiterruptions
many interruptions of its rated short-circuit current. it is permitted to stage
these tests at a. considerably lower voltage; however, the time of arc burning
should be as long as the time under actual short-circuit clearing conditions.
From the standpoint of chamber -insulation contamination, such test conditions
are equivalent to the conditions of breaker operation under its rated voltage.
(2) Then the internal -insulation resistance should be measured by a
megommeter, leak-age currents due to an applied rectified voltage should be
determined, and oill samples shouid be taken. 1,31, As a next step, the insulation
of the breaker with open contacts 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 probable surge voltage observed in the network in question.
The above tests can be staged by means oi a "switching -surge generator"
developed and built in the high-voltage LPI laboratory (a detailed description
of the device is presented). Ln_ selecting frequency of the test voltage, it
Card 214

8(3) SOV/112-59-3-4927
Determination of Permissible Number of Short-Circuit-Current Interruptions . . . .
shoLid be kept in mind that the instlation is more strained with a lower
frequency of the surge-voltage oscillations. (4) Measurements according to
items 2 and 3 aze repeated with gradually iqcreasing su--r-ge amplitudes in order
to determine the margin of the ineullation under test. (5) The insulation
measurement according to item 2 is repeated; thereupon, to the breaker or to
its individual arc-rupvuring contacts a commercial-freq7aency voltage is applied
which exceeds by 20-25016 the voltage most probable under the operating
conditions of t'he breaker -An questica. (6) Yi the state of insulation permits,
the testing procedure (item. s 1-5) is? aga:Ln repeated. The investigations by the
above method have sholint- tHat, after 80 or more openings (of currents close to
the rated duty 13, 200 amp), the MG- 110 breaker and its internal insulation have
been in good condition; infinite insulation resistance and leakage current of
1 microamp or less, the insulation has with-stood AC voltage for 8 hours and
also surge impulses with peak values as high as 7 times the line-to--ground
Card 3/4

8(3)
90V/ 112-59-3-4927
Determination of Permissible Number of Short-Circuit-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 414

8(2) SOV/lo5-59-7-22/30
AUTHOR: Sherman, Engineer
TITLE: A Device for the Direct Testing of High-voltage Apparatus
(Ustanovka dlya pryamykh ispytaniy vy8okovolltnykh apparatov)
PERIODICAL; Elektrichestvo, 1959, Nr 7, PP 81 - 83 (USSR)
ABSTRACT: At the Lening~adskiy 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 nominal voltage
be different from planned voltage, as -ell as in the testing
Card 1/2 of app-aratus at increased or reduced voltages, intermediate

A Device for the Direct Testing of High-voltage Apparatus SOV/105-59-7-22/"30
transformers are used (Figure-2 shows such a basic circuit).
Figure 3 shows such a circuit according to which the inves-
tigations of the joint work-of the-shock oscillator TI-12
and of the oscillatory circuit were carried out at the afore-
mentioned institute. 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 If the inductiyity 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; Leniiigradskiy filial Vsesoyuznogo elektrotekhnicheskogo insti-
tuta im.'Lenina (Leningrad Branch of the All-Union Electro-
technical Institute imeni Lenin)
SUBMITTED: December 12, 1958
Card 2/2

SHERIJI-AN, Ya. 19.
Cand Tech Sci - (diss) "Joint performance of shock generator and
oscillation circuit of A. A. Gorev in direct testings of high-
voltage apparatus as to switching capacity." Leningrad, 1961.
20 pp; with dia.rams; (State Committee of the Council of Ministers
USSR for Automation and Machine-Building, All-Union Order of Lenin
Electrical Engineering Inst imeni V. I. Lenin, Leningrad Affiliate);
150 copies; price not given; (KL, 10-61 sup, 220)

SIO", U.N., inzh.
Joint operation of an impulse generator and Gorev's tank
circul-', ij~ the direct testing of the mrformance of circuit
breake.cs. Elektrichestvo no.5:52-57 My 161. (MIFM 14:9)
1. Vsesoyuznyy elektrotekhnicheskiy institut imeni Lenina,
Leningradskiy filial.* -
(Electric cirogt breakers .. Testing) -

ZAIK"HAROVI S.N.0 I-and.tekhn.nauk; KAPLAN, V.V., inzh.; IONOV, V.V., inzh.;
CSIPOVA) T.V., inzh0- SHEIDIAll Ya 11 , inzh.; SIESHIN, B.A., in2h.
New MG-10 and MG-20 generator switches. Vest. elektroprom. 32 no.3:
7J -76 Mr 161. (MIRA 15:6)
(Electric switchgear)

SHKRMAIi, Ya.
---%MWMNNNNNNMMRNNMM
Grouping elements of operations in establishing production
standards. Sots.trud no.2:90-97 F '57. (MLRA 10:5)
(Production standards)

iUTHOR: Sher .man, Ye.I_,_ 3-58-2-15/33
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 Inzhenerno-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 metalcutting lathes, for bench work,
cold and drop forging, welding and assembling.
In the laboratory of technical normalization the students
Card 1/2 elaborate norms for the cutting process, calculate the times

Meeting the Needs of Industry
3-58-2-15/33
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 an'd 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 narmalization,
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 imehi S. Ordzhonikidze)
AVAILABLE:' ''Library of Congress
Card 2/2

KAKSIMOV, A.; SHIRMAN, Ye.
~Review of output norms at machinery manufacturing plants. Sots. trud
no.2:79-85 7 158. (MM 11-.1)
- (Machinery industry-Froduction standards)

SHERMAN, Ym.; MDLCIUdIOVA. N. ; ZAGIROVA, R..
Use of calculating machines for the analysis of wage systems.
Sots.trud 4 no'.8:66-71 Ag '59. 04IRL 13: 1)
. . Ofages) (Aocounting machines)

SHEMAIT, Ye.
Choosing a suitable nperational procedure In sattim- up
technically justmea standards. Biul.nauch.inform.: trud. i
zar.plata, no 5:11-16 159. (MIRA 12:6)
(iurning) (Production standards)

SIgUftil, Ye.
'Working out norms for the number of auxiliary workers.
Biul.nauch. inform.; trad i zar. plate, 3 no.1:21-32 160.
(MIRA 13:6)
(Machinery industry--Production standars)

1,YASNIKOV.- I., KHOLGDNAYA., G.; SHEMM,, Ye.
uPrinciples of establishing work noxms in an industrial enterprise,,
by A.D.G&13tsov. Reviewed by I.Liashaikov_, G.Kholodnaia., E.ShermEm.
Sots,,trud 7 no.10.55-159 Ja 762.. (L%Mk 15 84)
(Production standards) (Galltsov:? A.D.)

SHERMAN, Te.Te.; SHERJUN, I-Te.
Machina for priming and painting wood parts. Der. prom. 8 no.9:
26-27 S 159. (JURA 12:1211
(Wood finishing)

=d vapor Ph"e exidauor. mttt,-,,-n. 01 Ar
T The e 031
;I St im9Mrt-..d Vu G
Ic .1 r V ~-l -fl:
ca4 Xel,.to~~ im.~ ;n Ow -vm~-zcne
mccj~ju Qctivation e=rgim at
actions were I I -;CC for 1,4-mpbthocZuinonc, 26.000
fcr phthalic anhydride. and 10-%0 cal..'mol. fnr
malric anhydride. The a."umption that the 1-m-phtho-
quiunn~ is the princiVal intermediate in the naphthallene
oxidartur, to prif~!;tr!c wus found to be incorrmt
(rum t,,e ataivitc )xmmi- n .-ca -f 1,r;i; in
m -fic
0:1-1.,, -.".
axid-ation scheric if n~phtl~~- , ii.
nalA101,3JCne naphzn~
Oil

10M. 1.I.; SHKMO, Tu.G.
Research in the field of kinetics and mechanism of vapor-phase oxidation
of aromatic hydrocarbons. Part 6. Nechanism of the oxidation of naph-
thalene on vanadium catalysts. Zhur.fizAhim. 29 no.4:692-698 Ap '55-
(K= 8:8)
1. Institat organicbesldkh poluproduktoy i krasiteley im. K.Te.
Voroshilova, Moskva. (Naphthalene) (Oxidation)
(catalysts, VaDmium)

Kuleaks in4 ~"iechtinltaq 61 th He
V. Kill
a a mix id an4d stitipt . 1. loffe, and
U. . lie it. Zhur. is, IM. 28. 2095MT9BrM)1-
MUM47,3549f.-The oxidation of naphtha-
it. 0 (11) in the presence of a V K sulfate cata-
jqMc by air
~%-st was studied in a tic-scribed and illustrated ?y1). under
,thennal ctinditims at temps. front 02M to 4(x) , initial,11-
tliu s f-un 1) 111)WO9 tty 0-ti(KYMM, tind initial It conclis.
from O.WIV to DAN5.11. - The matts. of reaction products
obtai'lot. illefuding phthalic anhy"e. malcit: anhydride
CO... and H.-O. pro X;lbulatcd throughout.
lite jivell muge for contact tjtp" Irom 0.05 Ao 015
cc. The kitWtics 4 the reaction is 4cw1bM by file equa-
.tioll -:(11idt - ;;-.10.4,41 + iz-0111)" whereprVilresents thi
rejet ion prehict,.' Tile lahidattd quantities k, and k, are
th-filled by tile c(platimi's I-q - Ae-rllir and ki - k-4- -
1W-0y". ~Iwrv: ki, A, B.'E. And Q,arii 9 X l(ti 5.1i x
10% 2.0 X WO, *27. .4 ~cul-j Inv, 0,'Mid 47.5 kva1./mn1c,x6p-
Frmn 3(m) to. prikzots in the internal-Ail-
Tile jower; icinji.4:1imit. of transition iies
V, 'I V," It 1~ suggestell tha
Mth iucmjUk g) mi if omet . L lite
tatc-ticig.'4A4n, V ;Irv Atle. rate uf, devirptitat of maction
firMiletsudd thal .1 oxidati.,11 J Ihe'cutalyst slifface.
W_ U,wv~rjk2j

USSR/Chemistry - Physical chemistry
Card Pub- 147 3/27
Authors : loffe, I. I.0 and Sherman, Yu. G.
""M1% 01 " a'! A "0 1 i
Title : Study of the kinetics and mechanism of vapor-phase oxidation of aromtic
hydrocarbons. Part 5. Kinetics of oxidation of'naphthalin over a mixed
vanadium catalyst
Periodical 2hur. J'J%. khim. 28112, 2095-23D69 Dee .1954
Abstract The study of naph-thalin oxidation kinetics with air over a mixed vanadium-
potassium-sulfate cata3,vst 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
nalphthalin oxidation is included. It -was established that at 300 - 400 0 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 naphthalin. The rate of o.,ddation of the surface layw
of the catalystt which is regenerated during reaction with naphthalin
molecules, and the desorption of reaction products are considered the
determinant factors of the oxidation process. Five references 1 3 TJSSR and
2 IZA (1935-1952). Tables-, graphs; drawings.
Institution: The K* E. Voroshiloy Scientific Research Institute of Org. Semiproducte and
Dyes.
Subvitted i December llj 1953

NECIIAYFV, G.K., kand.tekhn-nauk; VASILIM, Yu.K.. kand.tekhn.nauk;
BOGAXENK09,,I.N., inzh.1 BEREZM., B.S., inzb.; �H,~RMAREVICH
-M.G,,,._inzh,
Devices for temperature control in large d.c. machines.
Vest. elektroprom 33 no.11:31-34 N 162. OURA 15:11)
iElectric motors, Direct current)

alb s 0:'! - t ion
dderiin,'; 0" 1--rared C,51.1.1y
jrj,,,,t,-,tjo~ .,.I iloraction and the
0~,-Ljtj . uL= z i i r9 , vio. 5. 5~+c~ 5
17:9)
_j trile in s
1. Le-,iiigr,,.dsk:iy gosudarstliew-rTY universitet.

SHEMLkTOV, G.M.
Natural reproduction of uadershrubs in the southwestern
KyVlk=. Vop. biol. i kraev. mad. no,4f159-163 163.
(MIRA 17s2)

ACC NR% AT6023566 SOURCE CODEi UR1309516610361000102
:AUTHOR: Terekhin, Yu. V.; Shermazan, Ve Fe
iIORG: None
TITLE: Instrument for determining depth ranges when measured with the "Ladoga"
facsimile equipmen0automatic recorder
SOURCE: AN UkrSSR. Morskoy gidrofizicheskiy institut. Trudy, Y. 36, 1966. Hatody
i pribory dlya issledovaniya. fizicheakikh pEpteessov v okeane (Methods and instruments
for studying physical processes in the oceaff), 202-207
TOPIC TAGS: facsimile equipment, facsimile recording, auto recorder, data recording,
a=aj- ==din= ocean floor topography, oceanographic equipment,
oceanographic instrument, oceanography individual sound equipment,
&eomorphology
ABSTRACT: 'Use of the "Ladoga" facsimile equ* ment as a self-recording depth device
3-P
has expanded considerably the possibilities for taking soundings in the ocean, as
well as for carrying on marine geomorphologic and geoloRidD, research. The great
difficulty encountered in the use of the equipmeni-la-tl~e----~o--bilitv to determine
the range (epoch) of depths measured at any given instant. While individual insti-
tutes, such as the Marine Yqdrophysical Institute of the Academy,of Sciences of the
Ukranian SSR, the Institute of Oceanology and the Acoustics Institute, both of the
Academy of Sciences amount of experience in using the
Card

ACC NRt A
equipment as a precision depth recorder, the problem of determining th6 range of
depths measured had not been completely solved. This difficulty brought about the
design and the construction of a special instrument, designated the V%nge . -
Indicator,115'Tor use as an adaptor for the 'Udogall facsimile equipment, the pur-
pose of whi-ch is to measure the range and the depth proper recorded on the facsimile
equipment at any given moment. The principle of operation of the "Range Indicator',
is 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
well as the depth proper. Orig. art. has: 2 figures,
SUB CODE: 08/SUBM DATE: None/ORIG REF: 004
Card

ACC NRj AT6023566 souRcE com up/30931661036100010~0210207
AUTHOR: Terekhin, Yu. V.; Shermazany Vo F.
ORG: None
TITLE: Inatrument for determining depth ranges when measured with the "Ladoga"
facsimile equipment automatic recorder
SOURCE: AN UkrSSR. Morskoy gidrofizicheskiy institut. Trudy, v. 36, 1966. Metody
i pribory dlya i6sledovaniya fizicheskikh prot6essov v "okeane (Methods and instruments
for studying physical processes in the ocean), 202-207
TOPIC TAGS: facsimile equipment, facsimile recording, auto recorder, data recording,
ocean floor topography, oceanographic equipment,
oceanographic instrument, oceanography individual sound equipment,
geomorphology
ABSTRACT: 'Use of the "Ladogall facsimile equipment as a self-recording depth device
has exDanded considerably the possibilities for taking soundings in the ocean, as
well 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 SSR, the Institute of Oceanology and the Acoustics institute, both of the
Academy of Sciences of the USSR, have a certain amount of experience in using the
Card

ACC NR, AT602355-66
equipment as a precision depth recorder, the problem of determining the range of
depths measured had not been completely solved. This difficulty brought about the
design and the construction of a special instrument, designated the "Range
Indicator," for use as an adaptor for the 'Tedogall facsimile equipmentg the pur-
pose of w1sich is to measure the range and the depth proper recorded on the facsimile
equipment at any given moment. The principle of operation of the "Range Indicator"
is*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
,well as the depth proper. Orig. art. has: 2 figures.
SUB CODE: 08/8UBM DATEt None/ORIG RM 004

KNORRINQ, G.M., kandidat tekhnicheskikh nauk; ENLYAKOV, A.A.; KRESLINISH,
N.K., knzhen6r; LHEgMAZANYAN, Ta.T.-, LMOVICH, D.S.
Use of P11v wires. Prom.energ. 11 no.12.22-25 D 156. (MIM 10:1)
1. Gosudarstvannyy provektnyy institut Tyazhpromelaktroproyekt (for
Knorri4)020 Gorlkovskoye otdgleni7e Gosudaretvannogo pro7ek-tnogo
institute. XljkPToprovekt (for Belyakov)* 3--Nnergosbyt Latvenergo
(for Krealin sh). 4. RespAblikapoki7 proyektny7 institut, Terevan
(for Shermazanyan). 5, Trest.'Noselektromontazh-20 (for Leybovich).
(Electric wire, Insulated)

SH3.T.I.AZA14YAN, Takov Tigranovich; BAUR, Y.A., prof., doktor tekhn.nauk,
red-'t UMIST-AIL-M., red.izd-va
[utilization of solar energy in the national econony] IspoI'-
zovanic solnechnoi energii v naradnom khoziaistve. Pad red.
V.A.Balima. Erevan, Izd. (Yb-va po rasprostranenii-a polit. i
. nouchn. znanii Armianskoi SSR, 1959. 4Z P. (MIRA 13--l)
(solar energy)

FJUSE I M EUnMTATICK . mv/4W
Akftdmiys 5--k SSSR, Inorgetichm4ldy inetitut
T,pl-ret-1ke, ~". 2t Isp.11tov.Mr. M.Ln-- hn"' car it (Fast P-.r
Engtt-ring, No. 2. use or Solar Energy) W.-, W. 195 '. r,r.to
,lip -".rtd. 2,5CO copt.a.pintd.
5;,,. rtoC Apnoil, Ak-d,-IY- ft-k IIMR. E-rCti.h--kly 1--tit-t I-M
Xmh--Lh.o.,skIC..
P-P. td., V.A. Be-, Doctor of T.chickl S.J.nc.s. Professor: M of'
7.blishing 4mo.. G.R. Cor.hkov; Twh. Ed.s 1.11. DmWi".
11111., The ~bIlr*tI,a Is 1.1,,dd for p-,, 4gim .. I acul ,-lot,
interested 1. the Industrial vtilAtaim or solar 'rmrcy.
COMLACE1 This eallectim of 19 article& Is a coett.uatica of a,a a,rll4r
vbrlt published under the saw title in 1957. The artial" praseat, m,ults
ct In-tipticom conducted In the USSR during the last thrum y-ra at
the Laborstorr on the Use of Solar Enarar and Vint In Thai Zmarvtichooldy
L--tLtut AN S55R (F-- FmrLn--rIv9 lostitut. of th- AS C35P) Prbl-
J. dtarivinin the ove"t16"ll.-dinam or NOlAr, nCinat, dv46hruI w0'
't at Noter ._TV are No profteliti'S
Ira waltj$4094. 24f9reodag fOU~ each article.
"d and D4"I'P-1t cr the
f T
52
'-f. S.A. A;pr~ixe-.4 IAthod for Doteraining the vricLeo,y or the
vr- or 4 Sol-, Pw,r St4ti.o 61
3- Frabl. In the I_nmklcs of Solar Pmer
69
Of 3-cle-ducter
4ad D'-'- T'P'--k-- CPtil- r~aoeatr7 If Sclr 78
m-m.1
'O-t'
In A 3 Cti~n or the Tt-1 C-4uettvt%y ~f -.jju,jj~,
'h*Plpvl D'M' D"t'~"AAtkA Of It- 311* or 7hortmal SLOraKa R-tt4rT
7"k~'$ FAC-149 With th* Enera rAftom-ed by Solar Povor St.ti-
C%rd 111,
T.A. Ch4mcteristics or Hot-B~ Type 3.1., still. 122
"r"t of the f At,.cbi.C
Zfft!-'4=F of - S-lar ')3
~6-1- T-;ly4k-. On It.- Cb,--~ti- 1,.1-
v- uPtIc" Zlst~ssa In SIlar F- plats 1-2
_1" it FTrra 149
r I th. C-pti" LmO' or in S.,I.,
'd-t 'ub-'YT,, or Flat B.ii.r. 159
fo, EfrIjj,",j, __.Ajc
cst.g S-Lar Energy
En.,Cj B... ~f S.IAr 7h.real p_,, St.,jo_
LLt-ry cf C,,,-,.
-,-I

S/173/60/013/001/004/00_~
A104/A029
AUT-HOM Shervazanyan, Ya.T. and AparlEl, R.R~
TITLE: Elements of the Automatic Tracking_ Equipment of a Solar Thermal
Plant (STS)
PERIODICAL: izvestlya Akademii nauk A-rmyanskoy SSR, Seriya ttkhnicheskikh nauk
1960, Vol~ 13, No. 1, pp. 57-70
TEXT., The plant is baied on wi azimuth zenith apparatus coupled with auto-
matic control equipment. The heating probl,~m of tht stean boiler by 1,293 re-
flecting mirrors can be solved by two basically dIffer5nt syst-sms? direct indi-
vidual automatic sun tracking of the solar-heat units and precalculated sun track.-
ing of these units. The automatic equipment is exposed. to wind, rain, snow and
temperatures varying between -300C -to + 4000, etc. it_~ cost is 10 - 12 % of the
to-tal capital investment. The abovt-mentioned rtlay systemil passed laboratory
and practical tests performed In Arm,~P[a on th4 arta, wh,~rt th8 first solar ther-
mal plant is to be erected. The non-relay systsms just being ta-sted -present no
difficulties. The movement of th,~ refle,-ating mirror shown is expressed in several
equations. The great difftrtnoes tetNeen maximnim and minimum values complicate
Ca-rd 1/2

3/173/60/0 1 3/001/W4/005
A,,.o4/AO29
Elements of the Automsti,, Trackipg Equlpment. of a Sc-lar Thermal Plant (STS)
phototli!~ctric- pickups used in solar
the operation of th~~ solar-heat unitz. Among
thermal plants the pickup equipped with a ~tn~itlve OC --K2 (FS-K2) cadmium pho-
to-r-esistor (Ref2. 5 and 6) showed tht,4 best re4ults, Th.. A di2*.ribution of tht z-o-
lar emergy contained In t-hn =un bearp 1-3 lrr!~gular-, lTiir~,, a:,--t optically and di-
rectly- absorbing sun beam pt--k-ups. The type is used for tht Oontrol of
-azivithal and zenith eltvstion adju-mtment of tbt rXle~-ting mirrors and the ',Zscord
typ6 for the control of the azimuthal. movem;.Lnt of the rtfl,-~cting mi---ror trolley
around the boiler., Recorded da,la of the thres-dirtctiona:-, :swiveling type en-
Sur,~d a t2' correct fosusing cf ths sun b4am. lhe~r!~ a:t 10 figures and 7 Sovist
rtfertnces. -Z
ASSOCIATION.- Energet:icheskiy institut, im. G.M. Krzhizhanovkogo AN SSSR (Institute
of Power Englnte-~-Irg im. G.M. Krz-hizhanovskiy of tbe AS US ) and
'.nzt1tut energet-.Lci i g1dravliki AN Armvanz-koy SSR (Institute-, of
Pa-AZagina-r-ing :knej RZ(jr-aulle-, of rjh-~k .43 of t-h!~ ArrrjansXa~ra S R)
SUP-NUTTED,. Augus,~ 12, 1959
Card 2/2

SHEMIAZANYAN, Ya.
Using solar energy for melting high-purity and heat-resistaxt
materials. Prom. Arm. 4 no.7.-56-57 J:L 161. (MIFA 14:7)
1. Institut. energetiki AN Armyanekoy SSR.
kbojar heatIng)

3953h
s/196/62/000/015/005/00 8
E194/E155
AUTHOR; Shermazanyan. Ya.
TITLE: An automatic solar orientator
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.15, 1962, 23, abstract 15 G 134. (Ayastani
ardyunaberutyuny, no.10, 1961, 10-75 (Armenian));
(Prolm-st' Armenii ~1_ Tio.lo, 1961, 59-63 (Russian)).
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 radtation 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 orientator, 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/E155
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 cf 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 entex
impedances which switch on electric
track the sun. The pick-up has
for alteration up to noon as t1le
afternoon as it sets; also one
case there is no sunlight. An
automatic device with combinations
inductive and capacitative impedances.
pick-ups ensures -itable operation
7 illustrations, 5 references.
the tube and act on the photo-
motors to make the orientator
two zenith tubes, one of which is
sun rises, and the other for the
azimuth and one signal tube in
electric circuit is given of the
of photo-electric, ohmic,
The use of photo-electric
of the solar power equipment.
V4/
FAbstractor-s note: Complete translation.]
L_
Card 2/2

S/I 10/62/000/003/001/001
1004/1204
AUTHOR: Kazanchyan, G. P. and Shermazanyan, Ya. T.
TITLE: Accelerated aging test by means of a sun's ray concentrator
PERIODICAL: Vestnik elektropromyshlennosti, no. 3, 1962, 67-70
TEXT: A new method of testing insulating and protective materials designed for operation under atmos-
pheric conditions was developed, using a stand which moves tog,~dier with a set of mirrors that concentrate
the sun's rays on the samples.
It is assumed that solar irradiation is the most important factor in aging insulating and protective materials.
Since the energy transferred to a body by light is much greater than the energy of heat movement of the
molecules, the influence of temperature on photo-chemical reactions is small; intensification of the normal
solar radiation accordingly speeds up the aging without affecting its character.
Concentration was attained by 6 polished aluminum mirrors reflecting 75% of the incident radiation
including the ultra-violet portiun of the spectrum. The mirrors located on platforms were automatically
directed toward the sun by means of differential cadmium photoresistors (DC-k2 (FS-K2). Automatic control
is by the pulse tracking scheme, as developed for solar energy set-ups, with accuracy of tracking 10%. The
method enables to predict speedily the durability of materials under conditions close to those encountered in
practice. There are 3 figures and 8 references.
Card 1/1

L 22673-66 JD
ACC NR: AP6006191 SOURCE CODE: UR/6377/65/00()/004/0005/0010
AUTHORS: Vartanyan. A. V.; Shermazanyan, Ya..T. (Candidate of technical sciences)
ORG: Armenian Baoic Laboraj=, All-Union Soi.entific*'~'esearch-Institute for Curr
ces (Armyanskaya bazovaya laboratoriyap Vaesoyuznogo n.-i. instituta
Gutorc;:iiov toka)
~
2) , vt.
TITLE: Investigation of heat flow control systems in conetant-power solar furnaces
SOURCE: Geliotekhnika, no- 4, 1965, 5-10
:TOPIC TAGS: solar furnace, temperature distribution, temperature stabilizationp
:solar radiation intensity, power optimization
'ABSTRACT: The governing parameters behind a power-regulation method for a constant-,15
:strength solar furnace are discussed. The power regulation is defined by the equa-
'tion P A-P const, where A - c-k - const. The technique consists of
reg
:defining a as a function of k. To this end, it is assumed that the sun can be
.represented as a point-radiation sources the parabolic concentrator has an idealized
geometry and receives parallel beams of radiation with constant density. Three
ftypes of regulators are analyzed: a screen type regulator placed perpen4icularly to!
iCard 1/3.,

L-22673-66
1ACC NR: AP6006191
the concentrator axis which yields, for-the parameter As
~A 0 -cosa)-k;
!a cylindrical type regulator which screens the external part of the reflected radi'-
ant flux, and which gives
R
arcig
I + Ra
P -P7 '79-a,
'A 2
fg-!~
where the various nomenclature are defined in Fig. 1;
Fig. 1. Schematic of a cylindrical
regulator screening the exterm
part of the radiant flux from the
concentrator.
Card 2/3
7zt

-4.
L 22673-66
ACC NR: AP6006191
a cylindrical type regulator which screens the internal part of the reflected flux
A
This latter one yields the equation
Rx
Arag
I
2 t - (L
P fl
'A==
IgI
Orig. art. has: 23 equations and 8 figures.
SUB CODE: 20/ SUBMIATE: 21jun65/ ORIG R.EF:- 001/ OTH RU: 001
Card

R!,V..7VJYAN, Ya.T.; NEPSTSVN, T.,,
[arGe-scal-- autom-atic he lioerginee ring unit for testing ial
k, ma ter s
bv the metho;4, of* fast radial,ion a-in~:. Geliotekhnika no.c:45-50
Arm,-;-an,5'f-,?.y,:t bazovoya Paboratoriya Vsesoyuznogo navchn-issledo-
inst`tuta islochnikov toka. Submitted June 16, 1965.

T, L'/'f J,N-Ccl AT
~A~E Ut AP6018090 SOURCE CODE: UR/0377/65/000/005/0045/005O
&,6 V,6
AUTHOR, Shermazanyan_,Ia, 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 1953. (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, 2.961, 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 Armenian SSR.
2

, 38179-66
ACC NR: AP6018090
A special feature is its automatic tracking of the sun by the use of light-sensitive
cells in differential photoelectric sensors~of thAFS-K type. The authors discuss
such related matters as the reflectors (unique in J~eserving 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 (MGUS) are being developed on the basis of the
BGUS. Orig. art. has: 2 figures.
SUB CODE- 20,11,10/ SUBM DATE: l6Jun65/ ORIG REF: 006
Card 2/2

/c- Y, A,
Subject USSR/mining AID P - 336
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 Boitom 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

MESHKOV, S.I. (Voronezh); SHERMERGO.1, T.-D. (Voronezh)
Temperature dependence of internal friction in forced vibrations
of a Maxwell torsion pendulum. FMTF no.1:68-75 Ja-F 16/.
(MA 17:4)

--SHERNEURY, I.-: KUZNETSOVA, T.
On the banks of the Angara River. NW 2 no.4:56-58 Ap 160.
(MIRA 11:6)
1. Zavedu_vushchiye domami tekhniki -pravogo i levogo beregov
stroitell-stva gidroolektrosianteii, g.Bratak.
(Bratsk 4droelectric Power Station)

-h---1 ~,'U,:tmdch
775
.S4
STlbkKFC-VkNIYE V SSSR (AGRICULTURAL rv5U-RlAZ.:CE IN
TiE Ul'-SR,) -(-ST'*-.V ~, GCSFIN-DAT, 1956. 172 P. TA-3LLS. BIBLICGR ThIC. L
FC, C T'!;r ~ T

KONISHIN, Fedor Vasillyevich, prof.; SHZRMEM, M., otv. red.; SHATROVAIT.,
red. izd-va; LEBEDEV 9 A. , takEff
CState insurance in the U.S.S.R.] Gosudarstverinoe strakhovanie v
SSSR. 17A. 4., perer. i dop. 14oskval Gosrini7&tj 1961. 335
(MZRA 14: 9y 0
(insurance)

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

- - - ' - - C' 1 7)
" .11 ij , -7 . - .
- -1, -1 =~' ". en
L"-f- - T D. "Snr~n nf' the A~-O:--tion of' '-I- St-.... ;I-
Compressed." Hil~-her Ee2ucnticn . St-te
. . U imeni 7.7. F-.WF-.Fshev. T--),-..5k, -1056. (Dissertation
-or the Decree of C:!ndidate in Fhysicomathim--tical Science)
So: Knizhnnya Let-opis', 110. 1~', 1956