SCIENTIFIC ABSTRACT SEMENKO, M.V. - SEMENKOVICH, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001547810012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOVALYUSHKO, S.P.; KIRMV, F.M. EKirieiev, F.M.1, red.; LUPKO, A.Ys.,
red.; SEMEMO, H.V., red.
- -
[Economic manual on collective farm planning] Ekc-nomichny!-
dovidn.yk po planuvannin v kolhospakh. Kyiv, Derzh.vyd-vo
sillstkohospodarsikoi lit-ry URSR, 1959. 447 P. (MIILA 12:12)
(Collective farmEs)

GAYDUK, V.MjDaiduk, V.M.], inzh.; SEMENKO, M.V., red.; SAITHENKO,
M.S., tekhn. red,
[Interior electrical wiring] Vnutrishnia elektrycluia pro-
vodka. Kyiv, Derzhshillhospvydav URM, 1960. 62 1).
(MIRA 15:7)
(Electric wiring, Interior)

OIEIIIIK, Viktor Stepanovich [OliirWk, V.S.1, kand.tekhn.naulc;
SEMENKO, M.V.) red.; SAVCHENKO, M.S., tekhn. red.
[Maintenance and repair of electrical equipment] T-3khnichne
obs1uhovuvannia i potochnyi remont elektroobladnannia. Kyiv,
Derzhsilthospvydav URSR, 1960. 71 p. CMIRA 15:7)
(Electric machinery-Maintenance and repair)

VYSOCHIN, Boris Avksentlyevich[Vysoebyn, B.O.1, kand.tekhn.nauk;
KJJ~EKUST, Mikhail Yefremovich, inzh.; SEMENYO, M.V., red.;
SAVCHRIKO, M.S... tekhn. red.
[Use of electric motors and start-protecting equipment]
Ekspluatatsiia elektrodvyhuniv ta puskozakhysnoi aparatury.
Kyiv, Derzhsillhospvydav URSR) 1960. 88 p. (IML& 15:7)
(Electric motors-Starting devices)

GLUSHCHSNKO, Vladimir Petrovich [Hlushchanko, V.P.]; YAVCRSKIY, Allfreit
Allfredovich ClAvorslkyi, A.A,1;.SZMWKO, M.V., red.; GUW=O,
0.1. EffiAenko, o.i.], khad.-takhn.-iba-,,,---
(Mechanization of livestock fBrms in connection with loose
housing of cattle] Makhanizatsiis farm z bezpryv'ias,,nym
utrymanniam khmdoby. Kyiv. Derzh.vyd-vo sil'alkohospodaralkoi
lit-ry uRsR, 196o. 98 p. (MMA 14:1)
(Farm mechanization) (Dairy barns)

GAYDUK, Vladimir Nikitovich [Haiduk, V.M.1; SAGACH, Mildiail Fedorovich
[Sahach, 14.F.]j SEMIKO,,-~V.,.red.; CHEREVATSKIYy S.A.
[Cherevats'ky,i,:7t. ~., -Eekbn. red.
[Thermoelectric systems in agriculture] Elektroteplovi sil's1ko-
hospodars'ki ustanovky. Kyiv, Derzh. vyd-vo sillstkohospodarsikoi
lit-ry URSR, 1961. 138 p. WIRA 15:3)
(Electricity
agriculture)
in

STORCHAK Ivan Markoviob; SEMENKO,, M.V., red.; CHEREVATSKIY., S.A.
herevatol . - ---t- -.- - -
tc kyi., S X.I. eklLh kedo
(Repair of the bydraulic systems of tractors and barresters]
Remont traktorrqkh ta, kombainovykh hidrosystem. KyiN,p
Derzhsillhospvydav URSR,, 1961. 184 P, NIFLA 15:5)
(Tractors-Repairing)
(Harvesting macbinery,-Repairing)

BABETS, Konstantin Konstantinovich; YEGOROVA, Praskovlya Aleksandrovna;
SFJSNKO, Milcbmil Ivanovich; BOYARSKIY, V.A., otv. red.;
WMILINA, L.N., tekhn'. red.
(Blasting in underground ore mining]Vzryvnik pri podzemnoi doby-
che rid. Moskva, Gosgortekhizdat, 1962. 146 p. (MIRA 16:2)
(Blasting)

SMENKINICH, N.
yl.rod. 13 no.6:16 Je 162.
A famous Russian aviator. Kr
(wfa 19:1)

SEREI-tKO, N.A., prof., doktor tekhn.nauk
Combined power and technological processes in connection with heat
processes in metallurgical plants. Trudy ITTO chern. met. 20:229-2,145
16o. (MIRA 13:10)
1. Moskovskiy energeticheskiy institut.
(Metallurgical plants)

,-S.EUNKO N.C.
High-precision ferrotransistcr measuring converters.
iss-I.rab.po metr. VNI-IM no.401-35 16,1.
Errors of transistorized measuring oscillators. Nov.nauch.-:Lssl.
rab.po metr. VNIJM no.1,236-38 164. (K-LRA 1SS3

VEMLER, A.Z.; SSCN'K0, N."].
-
Device for intec-Lati-rig small d.c. voltages. Trucly inst. Fcc. Stp-nd.,
mer. I izm. prib. no.74:90-100 163.
,MIRA 18:10)
1. Sverdlovskiy filial Vvesoyuznogo nauchno-issledovatell-skogo
instituta metrologii. lm. D.I.14endeleyeva.

-_XC_C NR: AP5 2311 . SOURGE GODE. UR/0103/65/026/009/1599/ii)05
AUTHOR: Veksler, A. Z. (Sverdlovsk); Semenko, N. G. (Sverdlovsk)
ORG: none Q3
4
TITLE: -Investigation of the push-pull measuring ferro-transistor voltage-to.
frequency transducer
SOURCE: Avtomatikaj telemekhanika, v. 26, no. 9, 1965, 1599-1605
I TOPIC TAGS: voltage frequency transducer
ABSTRACT: Operation of the dc -voltage -to-frequency measuring transducer with
nonsquare-loop iron cores is theoretically analyzed. Unlike in the 1'. Heistei,mann
work (AEG Mitteilungen, v. 5, no. 1/2, 1960), no pie cewise -linear approximation
of the hysteresis loop is adopted; instead, an allowance is made for the detalls.of
the magnetic-flux-reversal phenomena, and a complicated approximate formula
.Card 1/Z UDC: 621.314.28

L 7943-M
TACC NR: APS023119
for the output frequency is developed. Under some practical conditions, however
this formula can be reduced to f a otU+f., where f. is a certain ffrequency
correction, constant for each particular transducer. Data:obtained from a two-
.79NhIA-transistor permaUoy-torus 20-cps-max transducer verify tho degree of
accuracy of the design formulas.' Within -t 20 + SOC, the frequency variation was
916 per IOC. Orig. art. has: 4 figures and 23 formulas.
:SUB CODE: 09 SUBM DATE: zomay64 ORIG REF: 004 OTH REP: 002
J
n/z
77

PHASE I BOOK EXPLOITATION SOV/5325
International Geological Congress. 21st, Copenhagen, 1960.
GraPit0-gn6Ysy (Gneisoose Granites) Kiyevp Izd-vo AN UKrSSRj, 1960. V7,4 p. ljOOO
copies printecL. kSeriess Doklady savetskikh geologov., problem 14.) Added t.
p. in English.
Sponsoring Agency: Akademiya nauk Soyuza SSR. Akademiya nauk Ukrain,3koy SSR.
Ministerstvo geologii i okhrany nedr SSSR. Natsionalinyy komitet geologov
Sovetskogo Soyuza.
Editorial Board: Resp.Eds.s N.P. Semenenko., D.S. Korzhinskiyj and G.D. Afanavl-yev;
Ed. of Publishing House: V.N. Zaviryukhina; Tech. Ed.t A.A. Matveychuk.
PURPOSE: This bogi is intended for geologists and petrographers, as well an
students of geology at schools of higher education.
COVERAGE: The book contains 13 articles representing the reports given by Soviet
scientists at the 21st Session of the International Geological Congress. The
individual reports deal with theoretical problems of metamorphism and intor-
action of magmatic masses) formation of granites,, magmatic replacement in sub-
effusive facies) formation of scarns., and paragenetic analysis. Representatives
Card 1/5

Gneissose Granites
TA13LE OF CONTENTS:
Foreword
SOVIr
5
Korzhinski~', D.S. Acidity-Alkalinity in Magmatic Processes 7
Semenenko, N.P. Theory of Metamorphism of Mobile Belts 18
Sobolev, V.S. Role of High Pressures in Metamorphism 36
Siroshtan, R.I. Metamorphism of Alumosilicate Rocks of Ferrosiliceous
Formations in the Ukraine 46
Zharikovp V.A. Magmatic Replacement of Carbonate Formations 54
PQlovko, N.I. Principles of the Classification and Grade of Ferrosiliceous
Rock Metamorphism in the Ukraine 68
Card 315

Gneissose Granites SOV/5325
Govorov, I.N. The Greisening of Carbonate Rocks 80
Sudovikov, N.G. Granites and Ore Formation 97
Tikhomirov, V.V. The Development of the Earth's Crust and the Sf.gnificawe
of Metasomatosis in This Process 307
Zaridze,, G.M., and N.F. Tatrishvili. The Stages of Metasomatosi;3 127
Pospelov, G.L. The Phenomena of Magmatic Replaeement in the Sub3ffusive
Facies and the Subeffusive Stages of Development of Magmatic Complexes ir
Western Siberia 140
Trusova, I.F. Granitization and Metamorphism of Precambrian Formations
in Central Kazakhstan 154
Belevtsev, Ya.N.p and A.I. Strygin. Granitization of the Rocks of an
Ircn-ore F ormation and the Genesis of Ores (as Illustrated by the Iron-Oro
Deposits of the Ukraine) 168
Card 4/5

OBRUCHEV, S.V., otv. red.; VELIKOSLAVINSKIY, D.A., red.; KELLER,
B.M., red.; KRATS, K.O.y red.; NEYELOV, A.N., red.;
PAVLOVSKIYP Ye.V., red.; POLOVINKINA, Yu.Ir., red.;
SEVE11KO, N.P., red.; SALOP, L.I.p red.
(Pre-Cambrian geology] Geologiia dokembriia. Moskva,
Nedra, 1964. 284 p. (Its Doklady sovetskikh geologov.
Problems, 10) (MIRA 17:8)
1. International G6ological Congress. 22d, 1964.

BORDARENKO, I.L. ZHUKOV, M.N.; ZIRCHEVSKIY, M.P.-;RMILro, I.A.
f
_,�E1[.r,XKOFj,.: SVINARENK0. D.M.; KHIVRENO, A.F.; blWJTA, R.I.;
SHOSTAK, A.G.
Review of "Ventilation of mines after large-scale bla~3tiug"
by S.I.Lugovskoi. Reviewed by I.I.Bandarenko and others.
Bezop.truda v prom. 3 no-8:38 Ag 159. (MIR& 12:11)
1. Glavnyy inyhonar upravleniya Krivorozhskogo okrugs Goagortokbna-
dzora USSR (for Bondaranko). 2. Glavnyy Inzhener instituta
Krivbassproyekt (for Zhukov). 3. Glavnyy inzhener rudoupravleni-..
ya im. Karla Libknetbta (for Zinchavakiy). 4. Nachallaik otdela
kapitallnogo stroitellstva rudoupravlenlya im. Dzerzbinakogo
(for Ryng). 5. Nachallnik vantilyatsii tresta Dzerzhinskruda
(for Red1ko). 6. Upravlyayushchty rudoupravleniyem im.
Dzerzhinskogo (for Svinarenko). 7. Upravlyayusbchiy upravleniyem
im. Karla Libknekhta (for Semenko). 8. Glavrqy inzhener treats.
Dzerzhinskruda (for Khivrenko). 9. Glavnyy inzhener rudouprav-
leniya im. Dzerzhinakogo (for Shkura). 10. Nachal'nik tekhni-
chaakogo otdola tresta Dzerzhinakruda (for Shostak).
(BiblIo&raphy--Industrial safety) (Lugovskoi. S.I.)

STESHENKO,A.I.: ZHURAVLL7,S.P.; TAR&N,P.H.; KUDRYASHOV,K.V.; ZIEKOV,M.B.;
IMLYY,P.L.; KADYRVAYEV,R.A.; PASTUSHKIN,P.M.; SHOSTAK,A.G.; OSTRO-
UKHOV,A.I.; POWNSKIY,M.I.; OSTROUKIfOV,I.I.: WGOVSKIY,S.I., SE-
MSnO,P.I.-, KffCROSHU O.V.; IBRAYEV,Sh.l.; NMOY,O.D.
"Dust control in the mines of Krivoy Rog Basin." V.V.Nedia. Re-
viewed by A.I.Steshenko and others. Gor.zhur. no.9:61-62 S '55.
(MI2A 8:8)
(Krivoy Rog--Mine duBts) (Nedin,V.V.)

SVIVARMO, D,.K; LUGOVSKIY, S.I.; IMIKO, I.A.; SEMMO, P.I.
Progressive work practices ix the Novai'a'"'irex -or*-- sixe-, Ger.zkur.
ae.10:12-18 0 '55. (MLRA 9:2)
(Iriy*y Rog--Irox mites aid minixg)

T. .1~![
LUGOVSKIY, S.I., profegeor, doktor tekhnichaskikh nauk; SBMMO, P.I., gornY7
inzhener; RJUD'KO, I.A., gornyy inzhener.
Rapid major repairs of reinforced shaft linings. Gor. shur. no.7:
54-56 J1 '57. - NLRA 108)
(Shaft sinking)
(Mine timbering-Maintenance and repair)

/Y x-
L NIC06-3<
ACCFSSIOF;NR AMI,04051,ft
P.
ID/~IK
S/
Pro~horen~o, Kin Yr-n~ratly~vich; Ver~hovtsev, %Til' Vlriflm,'rovich; 71nkunenko
'errey ?anteleyevic' V 'ik,.Iat "Kroro*.i~h- 14chu:, Nikrlay
kovIevIrIn --in ~,,~~ilnvich- N(nov V kto';~_A~In'r!indrvvich: Serenenko.
P 'IasMj_r_dcrvi'h
_yetr
Meltipf and ncurinrlbf q%ality ster-Is 1 razlivka kachcstv-r-..r.-.-kh
stai_~v Iz(i-vr "Met'allurviya", 1164, 200 p. illug., biblio. Errata
slip inserted. 2,450 copies printed.
TOFTC TAr.S: quality steel, steel te"inr, steel melting, metallurvicnl furnace
PURPOSF AM) GOV*~WE: This book reports on the results of wer)c on improving the
technolopy or melt-nr, deoxidition, and teeming, of.quality steels in electri.: arc,
acid and basic open-hearth furnaces conducted at the
and the Combine. Great attentlon is F'ivin to description or
the measures to redi:ce contamination with nonmetallic inclusiotis of ball bearinr
and stnictural. steels, presentation of material on the effectiveness or teeming
steel under a liquid slnp, and to increasing the output of sound metal frcm the
ingots due to the use of various methods of heqtinp their hot top. The results
or using rare earth elements for deoxidation and modification of steel are Viven.
Card 1/2

20086-65
ACCESSION NR AMO4~510
The book is intenried for enpineers and technicians workinp In the production of
quality steels and can also be usefil to students of hifrher educational institu-
tions.
,A~LF OF CONTENTS [abridpedl;
Foreword -- 3
Introduction -- 5
Ch.I.Technolopy of ineltinp steel in electric arc furnaces -- 7
Ch. H. Technolory of meltinp., steel in basic open-hearth furnaces 61
Ch. M. Technolory of melting steel in acid open-hearth furnaces 81
Ch. JV. Steel teeminr -- 102
Ch. V. TeeminF steel under a protective layer -- 129
Ch. VI. New methods of inspecting the macrstructure of metal 173
Ch. VII. Experience in the use of rare earth elements to improve the quality of
steels -- 182
SUB rODES M4 SIIRYTTTET)t 25Anr64 mR REF sovt 04h
CTF,Rt 003
Cord 2/2

RMIANOV, Kuz'ma Andrianovich. Prinimali uchastiye: PARKShFIAN, Kh.R;
kWTOV. R.G.; SEMENKO, P.7a.; 2UMRI14A, K.I. , red*.-
K
KALITVTANSM,V-.i -1., red.; KWUTSAIX, -YU.V, i red.; MIL,KovSKn,.,
A.V., red.; EPSHTEYN, L.A,, red.
[Macromolecular compounds for electrical insulation) Vysoko-
molekuliarnye soedineniia dlia elektricheskoi izoliat.-iii. Mo-
skva;, Goo. energ.izd-vo, 1961. 327 p. (Polimery v elektroizo-
liatsionnoi tekhnike, n0.1) (MIRA 15:2)
(Electric insulators and insulation) (Polymers)

SEMENKO. R.M.. inzh.
Some characteristics of the operation and design of electric
drives for trawler winches. Sudostroenie 28 no.7:41-.4.4 J-1 164'.
(MIF6A 111:8)
(Winches-Electric driving) (Trawls and trawling)

BAT, IN, A.M.; SEKMM, S.F.
Theory of the optical anisotropy of atomic nuclei. Zhur. eksp. 1.
teor. fiz. 39 no.2:434-437 Ag 16o. 0qLRA 13:9)
1. FizicheEkiy institut im. P.R. Lebedeva Akademii nauk 3:33R.
(Nuclei, Atomic-Optical properties)

SEMENKC, S.F.
Parameters of the dipole polarizability of atomic nuclei. Vest.
Mosk. un. Ser. 3: Fiz., astron. 16 n0.3:75-82 My-Je 161.
(MIRA 14: 7)
1. Kafedra atomnogo yadra Moskovskogo gosudarstvennogo universiteta.
(Nuclei, Atomic) (Dipole moments)

31797
S/05 61/041/()06/049/C;54
B109YB102
AUTHORS: -Semenko, S. F., Tulupov, B. A.
TITLE: Interaction of gamma quanta With oriented nonspherical nuclei
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 41,
no. 6(12), ig6i, 1996-2001
TEXT: Optical anisotropy effects in connection with the degree of nuclear
orientation are studied. The cross section of total scattering of
unpolarized photons from oriented nuclei is defined by
da _ d5" 2 2_Re c" - cu- cv ] (k'k) (J I Wk 1) +
C -j-+ 1 5
+ Re (&V) + 2. ICU12- t I C, 12113 (J I k'kj)2
~71 + 1) -(2j + 3) 11 -3 i4-
i (J + 1) Pt'kJ21 + Re (cGV) + -11 cu 12 - 5 1 C1 12 [3 (Jk')2 +
3
+ 3 (Jk)i - 2J (J + 1)] 6 no (C"CV) x
5 (J + 1)4J+ -9) (2J + 3)
Card 1/5

S~317~9
0
~61/041/006/049/054
Interaction of gamma quanta with... B109/b102
X-- -15S -(-* --- ---- )
Jk') (Jk) (J ( W101) - [i (i -f - I(k'k) FJJ k-'k 1) 1 +
18 1
+ I C1 12 35 S(Jk') (Jk') (A) (A)
3-5 - 12 (J + i) (2J +3) (J + 2) (2J + 5)
V2 + j - -.1 1)2 + )2
-5( 8) 1(Jk (A + 2 (Jk') (A) (kk') +
+2 (A) (Jk') (k'k) I + J (J - 1) (J + 1) (J + 2) 11 + 2 (k'k)21 (3)
where c0 cs e2Z2/VdtO2' I is the nuclear spin, Q is the density matrix,
Cs Cv1 0t are the scalar, internal vector, and tensor polarizability,
41 denote the unit wave vector
k, k of photons before and after scattering,
and S is the symmetric sum. The relation was obtained from the scattering
matrix according to Ref. 4 (Baldin, A. M., Semenko, S. F., ZhETF, 12, 434,
1960) and from the relation c/w)2
da/dQ = (27c SpRjR+
by taking into account that the effect of purely elastic scattering plus
nuclear Raman scattering is determined by the same parameters as the effect
of elastic scattering. The properties connected with the optical nuclear
Card 2/5

31797
S/05 61611041101) 6/049/054
Interaction of gamma quanta with... B109/B102
anisotropy were estimated by calculating a in the same way as in Ref. .1,
where this quantity is defined, and
CL=j3[Re(c-'c')+.L T J (2J - 1)
7 Ic I(J+I)(2J+3)+
+11C1,12, J(2J-J)(J-1)(2J-3) co 12 13 1 Cl 12
28 J+J)(2J+3) J+2)(2J+5)1 20
was obtained for complete nuclear orientation. The values found for nliclei
with spin 7/2 are a(W = 63 19 Ct'-'e 2co) I - 04, a (w = w 29 et 1~1 -c 0) -0.
For purely elastic scatterine a el(W 0)1, c t- 2c') = 1.5,
ae 1 (A) 2tc c0) = -0.9. Incomplete orientation can be taken into
account in the density matrix. If, in particular, q mm f(m)6 mm"
(3) goes over into
Card 3/5

7
S/05 6/61/041/0()6/049/0": 4
Interaction of Camma quanta with... B109/B102
d"') 2 2Re (cO*cu) _F 2Re (cl* c")] (k'k) jk'kj.- X
d(2 ~S-l c-,
In 2 CU 2 Cl 12 k) k]2 - Lk~k-V 3;~i - I (I + 1)
..,,+,+[P,e(c"*L4)+-.i 1 14 2 z 2 )(J+I)(2J-T-3)+
2 4V 2- 5 IC112](3V ~11*- j (i + 1) (6)
+[-Re(cO*e)+ I I -;i- . +k-I - 1) 2
T _F11 2 V + 0 (21 + 3)
provided the degree of nuclear orientation is sufficiently high. This
degree is determined by the orientation parameters f, = ;1(J + 1) and
t- ') = 0.5,
f2 = [3m2- J(J+ t I)IIJ(2J- 1). If f2 = 0-5, a(W = W1,' c 2c
and a(W = G) 2' c ----c0) =-0.3. The effect of optical anisotropy is
strongest for 900 scattering. Nuclear nonaxiality is discus8ed and, au a
result, the approximate formula
+
_.+/ d,_)O,_,+=(a3 (9)
~2 1 ~a;-+ -bog'r) -
0. (WO
Card 4/5

317 97
S/05Y6! /04 1 /006/0 1491054
Interaction of gamma quanta with_ B109 B1.02
is obtained with the aid of results of A. S, Davydov, G, F. FiliDDOV
(ZhETF, -39 -, 8, 237, 1958) for even-even nuclei,
,-, 440; 1958; Nucl. Phys. -
As is shown by (9), the cross section for scattering with excitation of
the 2+ level is considerably smaller than for 2+ excitation, especially
2
at f-~300, A~ M, Baldin is thanked for his interest, There are
iO references: 6 Soviet and 4 non-Soviet. The two references to English-
language publications read as follows; A. M. Balding Nucl, Phys,, 9, 237,
1958; U. Fano, NBS, Technical Note., 83, -11960-
ASSOCIATION, Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SS3R
(Physics Institute im. P. N, Lebedev of the Academy of
Sciences USSR)
SUBMITTED: July 25, 1961
Card 5/5

411236
S10561621043100381067
B125/BI02
AUTHOR: Semenko, S. F..
TITLE: The shape of dipole resonance in deformed nuclei
PERIODICALs Zhurnal eksperimentallnoy i teoreticheskoy fiziki., v. 43,
no. 6(12), 1962, 2188 - 2193
TEXTi The eff ,ect which remanent-interaction in the dipole state exerts on
the giant resonance in the photoab8orption caused by strongly deformed axi-
symmetric nuclei is investigated. The 8ingle-particle variable was
formulated by B. Mottelson, S. G. Nilsson (N~ol. Phys., 13, 281, 1959)-
What is considered here ia*the nuclear~dipole-excitation, when the ground
state is described by the wave function of, paiticles moving ilidependently
in an ellipsoidal axisymmetric potential. In asymptotic approximation, t~e
transitions excited by dipole Oubscript z)and by the transverise componenti
J!IT
(.L) of ihe dipole moment satisfy the selection rules
An, = 1, An.L AA Au 0, (4),
An. = 0, An-L 1. AA 1, Av. = 0, (5a),
An. 0, An 1, AA 1, Ao,,!;i 0. (5b)
Card 1/3

S/056/62/043/006/036/P67
The shape of dipole ... B125/B102
for the quantum numbers n ril of the oscillator and for the projectior"s
z :.
A and a of the orbital and,o.f the spin angular Aomentum onto the axis of
symmetry of the nucleus. It iis assumed that N-Ze For forces of radius
zero the energies of these transitions are inversely proportional to the
lengths of the corresponding semiaxes of the nucleus. The shifts of the z
and x,y maxima due to remanent interaction are equal to the mean energies
of the transitions (4), (5a), (5b) in the elliptic potential
U2 1/2 FVOp fmw'L (x' + y) +
Z (13)1
where Q is the nucleon density inside the nucleus. These corollaries for
the energies of the z and x,y-,transitions, derived from the single-particle
model, are not affected by taking into account the residual 6-forces in'
the dipole state. Even if allowance is made for interactions that are
arbitrary, remanent, and central the energy dispersion of the transitions
(5a,b) is about three times that of the transitions M- For 63., Wz
these transitions are likely to start from the completed shell nz + nL.:- n.
Card 2/3

S/056/62/043/006/038/067
The shape of dipole ... B125/~102
The present model evaluatesithe energy of the dipole maximum correctly and
shows that the dipole resonance in strongly deformed nuclei is consistent
with experiment. There is 1 figure.
ASSOCIATIONs Fizicheskiy inatitut im. P. N. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. N. Lebedev of the Academy of
Sciences USSR)
SUBMITTEDt June 27, 1962
Card V3

SEMENKO, S.F.
Effect of surface oscillations in strongly deformed nuclel on the
character of their dipole excitation. IAd. fiz. 1 no.3!411.-419 Yx
165. (MIRA 1825)
1. Fizicheskiy institut im. A.P.Lebedeva AN SSSR.

C-4- ~EMEIMD, VA.
I~rvdpitatlom o1 mongenese in the complete analysis ol
11" are. V. A. Sunctilco. Zur 4 a W. 15.
L~~
"In illg) .-Tmt the acid-SWIT' with ,c N11,011,
""- ki and ppt. Un from the filtrate at 90' by
...d,rdlcK,','.O,. ,.,h the NWO~ ppt. with 1% 11\0.
Conti. 4.5% NJII.N'O~ and uc tht filtrate (or (Ittg. Ca and
G. M. Kosolapof!
Ali

L 05689-67 EWT(d)/FS,9-2
I
ACC NRi AR6004343 SOURCE CODE: UR/0274/65/000/00
AUTHOR: Pogorel-Iskiy, A. Ye.; Semenenko, V. A.; Rollnik, M. A.; Shvydchenko, B. V.
.REF SOURCE: Sb. nauchn. tr. Gos. in-t po proyAtir. i issled. vzryvobezopasn. elek-
1trooborud. Giproniselektrosh 2, 19b4, UU--39--
7-
ITLE: Methods to insure hazardless sparking in communication equipment
'7-
ISOURCE: Ref.-zh. Radiotekhnika i elektrosvyazl, Abs. 9V24
ITOPIC TAGS: spark gap, communication equipment
ANSLATION: It is noted that the hazardless sparking of electrical circuits is de-
ned by the characteristics of the transients that result from closing and breaking
,e circuits. To insure hazardless sparking, it is desirable that these transients be
an aperiodic nature, since in this case the maximum current and voltage do not ex-
~ed certain values. For a given system capacitance, the condition for an aperiodic'
-ansient is R > 2/L7c-, a condition which can be met by reducing inductance L. It thus
illows that hazardless sparking is most efficiently attained by usir4g communication
rcuits without inductive elements. In such a scheme, transistors carry out the func-
.on of the subscriber's relay, the relay controlling the sending of a call. This re-
,y consists of a coil and a transformer. The sidetone is achieved bj means cf a re-
stance bridge. The description of commutators of types RDSKh and QSKh are cited.
UDC: 621.39
Card 1/2

L 05689-67
ACC NRt AR6004343
These were developed at the Dongipyouglemash Institute on the basis of the hazindless
sparking circuits. B. B.
SUB CODE: 09/ SUBM DATE: none
Card 2/2

GRITSKXVIGH, Anatoliy Georgiyevich; P4!A4%_V.P. &jktor; GORYUNOVA.
.,, re
L.K., redaktor izdatollstva; RACHURINA, A.M., takhnicheskiy radaktor
[Skidding tree-length logo on the Omutninsk logging capp] Tyvozka
lesa khlystaml v Omutninakom laspromkhoze. Moskva, Goglesbumizdat,
1956. 31 p. (MIRA 10:4)
(Omutninsk District, Kirov Province-- Lumbering)

SEMEIIKO, Yuriy Lukidh; KOROISV, A.A. j, kand. tekbn. nauk,, retsenzent; BYKOV,
V-. W.- - -
,, inzh.~,~etsexizent; SURNOV, V.V.., kand. tekbn. nauk., dots.,
red.; GOLYATKINA, A.G., red. izd-va; KLEYNMAN, M.R., telchn. red.
[Machines for the straightening of rolled products] Mashiny dlia
pravki prokata. Moskva, Gos. nauchno-tekhn. izd-vo lit-ry po cbarnoi
i tsvetnoi metallurgii, 1961. 207 p. (MIRA 1401)
(Rolling mills-Equipment and supplies)

11
maulm, YU.F,
Recrosis of the subcutaneous cellular tissue and the skin due te
the-prolonged use of aloe extract. Vrach.delo no.9:967 3158
(MIRA 12:10)
1. Oposhnyanskaya rayonnaya bollnitea Poltavskoy oblasti;
(ALOF,PHYSIOLOGICAL ZMCT)

TROFIMOV, N.; FEDOROV, k.; SEMENKOV, A.
. ..... -, -
The main thing is not hours, but hectares. Grazhd. av. 21
no.10:25 0 164. (MIRA 18:--)
1. Zamestitell komandira Stavropollskogo aviapodrazdelenlya pc
politicheskoy chasti (for Trofimov). 2. Starshiy inzh.-ekonondst
Stavropollskogo aviapodrazdeleniya (for Semenkov).

KHVOSTIKOV, G.Ye., inzh.; SENENKOV, I.L., inzh.
Longwall timbering in connection with the operation of the UKP.
cutter loader. Ugol.prom. no-5:28-30 S-0 162. (MM 15:11)
1. Dr.,netskiy nauchno-issladovatellskiy ugolInyy institut.
(Mine timbering)

L d)/ZWPW/EWP(h)/LWM 1JP( JD_
_21~16_66_ EWT(d)/EWTW/EWA( C
ACC NR, AT6004~28 (14) SOURCE CODE: UR/3188/64/090/074/0043,t.0.051-..
AUTHOR: Semenkov, I. To (Engineer)
ORG: LTVT
TITIS: Economios of light alloys used for building river ~Ships
~7
SOURCE: Leningrad. Institut vodnogo transpoirtas Trudy, nci, 74 1964.
Ekonomika Vodnogo transporta (Economics of water transportation),'43-51
TOPIC TAGS: shipbuilding engineering, aluminum alloys magnesium O'lloys:
ailoy/Amg5v alloy
ABSTRACT: The use of nluminum-magnesium,alloys as strudtural mate,eials
for river motor 'hips 'is discussed. The AMg5V alloy is, considered the-
most suitable for construction of..ships. Its tensile strength is 12800,
kg/sq am and-the-yield point is 1500 kg/sq am. The alloy has a 23--pot
elongation.and.a density which is 2.9 times less than that of steel..,-
Its corrosion resistance is high. The alloy may be machined and welded
.readily. 'Thq,~+or'kiy shipbuilding yard "Krasnoye Sormovo"- f,Red So:tmovol
uses aluminum'FAlloy-for building hydrofoil boats. The use of aluminum-.
magnesium alloys for river cargo ships (including ship hulls but ex-olud-
ing machine rooms) is reoommended. The ratios K of aluminum weight to'
~steelweight were calculated and presented in a table. Thin: ratio
varies from 0.35 to 0.70 for different ship-rooms and equipgpnt. The
Card 112

L 27516-66
ACC NRs AT6004228
wide use of aluminum-magnesium alloys is limited by their present Iligh
prices (8 to 10 times higher than that of steel). It is expeoted that
their prices will come down (approximately 35%) as a result , of lowOr
rates charged for electric energy. It is estimated that tb3 rates for
electric energy will decline four times in the next few years. Coi3t
estimates were summarized in a table for steel and aluminum versions
covering the construction of diesel-ships for lake navigation. Three
types of ships were considered: 1000 ton, 800 hp; 2000 ton, 1000 lip
and 5000 tons, 1800 hp. The advantages of using aluminum alloys for
ships of these types were characterized by the increase of 'their tonna
capacities for various values of the K ratio (0.55; 0.45; 0.35). ~Ihis
increase was from 14.4 to 19% for a 1000-ton ship while for a 5000--ton
ship a percentage of 9 to 13 was estimated. The author also tabulated
his cost estimates by taking into account the eventual decline of E1110
y
prices. The estimates were made for.2000-ton ajid 50GO-ton versions. In-,-.
order to facilitate calculations, a chart.was prepared showing a seiries
of curves for determining the cost of tonnage increase (in cubles"per
ton) for different tonnages (up two 5000 tons). The curves ivere plotted
for steel and various aluminum versions. An example of calmlations was
presented. In conclusion, a further development of employing'aluminum.-
magnesium alloys for construction of river cargo diesel--~ships was Iva_
ommended. Orig. E!rt, has: 11 graph and 4 tablese
SUB CODE: 13 SUBZ~. DATE: None /.ORIV, REF: -' 002 OTH REF:'-.., 001
Card 2Z2 1, re. LF

S&WKOV Nikolay Afanaslyevich t3aiiiiwRou, I-II.A.); ltAf3CIfIKOV,N.
b"abehykov, N.1, red.; DZIK, V., tekhn. red.
[large crops from drained peat bogs] Z asushanykh
tarfianikau - vvsokiia uradzhai. Minsk, Dziarzh. vyd-va
sellskahaspadarchai lit-ry BSS-H, 1963. 25 P.
(MIRA 17: 1)

-L-47505-66- Yvf 1
A
C AP60
-NR- 32515 SOURCE CODE: uR/o4l3/66/ooo/ 17/60~4
INVENTOR: Askerov, Ch. I.; Kovachich, Yu. V.; Semenkov, 0. 1.
ORG: none ." 15,
TITLE: Integrator unit for a serial digital differential analyzer ~Class 42,
No. 185566 [announced by the Institute of Automation and Telemechanics (Technical
Cyberneticsl.-,AU SSSR Institut avtomatiki i telemekhaniki(tekhnicheskoy kibernetiki)
SSSR)l
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 17, 1966, 94
TOPIC TAGS: digital differential analyzer, digital integrator
ABSTRACT: An Author Certificate has been issued for an integrator unit for a serial
acting digital differential analyzer. The unit consists of a delay line for incre-
ment storage, an increment counter, a shift register, adders, gates, an inhibit cir-
cult, and an operation command block (see Fig. 1). The delay line output is connecte
to one input of gate (4) whose other input is tied with the operation command block
output. The output of this gate is applied to the shift register. The outputs from
the shift register stages are applied to the corresponding increment counter stages
through gates (5) which are also connected to a control unit. The outputs of the in-
crement counter stages are grouped and applied to an INHIBIT gate (7) whose second
Card -1/2 uDc: 681.142.07

M
L 475D5--66-
iACC N% AP6032519
Fig. 1. Integrator unit for a serial digitaf
differential analyzer
1 - Delay line for increment stcrage; 2 - in-
crement counter; 3 - shift regiEter;
4-6 gates; 7 - inhibit circuit.
input comes from the control unit. The inhibitor output is actually the input to gate
(6), whose other input.is connected to the output of a 'storage register for nu:111 func"
tion values. Orig. art. has: 1 figure. CBDIJ
SUB CODE: 091 SUBM DATE: 29Mar65/ ATD PRESS: 5095
v
ICard 2/2

HOVIKOV, P.I.; SMINKOV P.L.- YRIDMAN, H.I.; KIS=V, V.Z., inzh.i
Otvetetvennyy red., LEMMA, Ye.I.. red. izd-va; ELIKUM, V.D.,
takhn.red.
EZIL-127 interurban motorbus; Instructions for operation] Hezhdu-
gorodnyi avtobus ZIL-127; InstruktBiie po ekspluatataii. M013kva.
Goa. nauchno-tekhn. izd-vo mashinostroit. lit-ry, 1957. 233 p.
(111RA 11:5)
1. Hoakovskiy avtomobiltnyy zavod. 2. Yaroslavakly avtozav(yi
(for llovikov)- 3- Nachallnik byuro avtobusov Moskovskogo abtomobill-
nogo zavoda imenj Likhacheva (for Klselev)
(Motorbuses)

KMYEV. A.V.; PANFILOV, V.T.; SINENKOV P.L.; SOSKOV, B.Ya.; ZARUBIN, Jv.G.,
S--
otvetstvennyy red.; LEMIM., Ye.l., red.izd-va; MATVffwA,7Ya*H~q.
tekhn.red.; TIKHANOV, Aqa., tpkhn.red.
EZIL-164 truck; instructions for operation] Avtomobill ZIL-164;
instruktsiia no ekspluatatsii. Moskva, Gos. nauchno-tekhn. izd-vo
mashinostroit. lit-ry, 1958. 175 P. (MIRA 11:4)
1. Moskovskiy avtomobillnyy zavod im. I.A.Likhacheva. 2. Zamsetitell
glavilogo konstruktora Moskov8kogo avtomobillnogo zavoda im. 1.A.
Likhacheva (for Zarubln)
(Motortrucks)

P) F! 4
KURAYICV, A.Y.; SIDEMOV, P.L.; BLIM, N.G.; BULKVA, V.Pe; VYAZININI, V.Av;
GGWBHt-*-`B.-S-."---- DYSHKA-11, B.M.: KA IN, B.S.#- KAYUKOV, G.I., 1UGAL1,
N.V.; ;!SHATIN', V.I.; RAGUSKkY&, L.F.; RUB , S.M.; ismao*.
A.B.; TARASOV, L.A.; FXDOROTA, A.A.; YlOOROV. L.K.; TSIMIT, NX.;
SHAYEVICH, A.G.; VASILIYAVA, I.A., red. lzd-va; TIKKA OV, A.Ya.,
tekhn. red.
[ZIL-158 and ZIL-15ak motorbuses; instractions for operation] Avtob-asy
ZIL-158 i ZIL-158At; instruktaiia po ekspluatateii. Mook7a, Goo.
nauchno-takhn. izd-vo maBhinostroit. lit-ry, 1958. 193 p
(MiRk llt7)
1. Moskovskiy avtomobillnyy zavod.
(Motorbuses)

ATkMAITD, G.B.; TYAZIMIN, V.A.; GRIHSHT3YN, L.M.; GOLIDURG, G.I.; GCjLUBEV,
B.S.; KASHLAKOV, M.V.; KRASNOPZVTS3V, M.P.; KUNETSOV, S.I.;
KURAYXV, A.V.; KAYUKOV, G.I.; MASHATIN, VjI.; MOLOTILOV, V.I.-,
NERUSH, A.R.; PRALI, G.I.; RAGUSKAYA, L.F.; RUBINSHTEU, S.M.;
SEONKOV, P.L.-, TARASOV, L.A.; FEDOROVA, A.A.; TSEPKIN, M.P.;
SHAYEVICH, A.G.; ZARUBIN, A.G., otv.red.; VASILIYEVA, I.A., red.
izd-va; SOKOLOVA, T.F., tekhn.red.
EZIL-157 motortruck; operation and service] Avtomobill ZIL-157;
inatruktaiia po ekspluatateil. Gos.nnuchno-tekhn,izd-vo nashino-
stroit.lit-ry, 1958. 235 P. (KIRA 11.12)
1. Moskovskiy avtomobillnyy za-vod.
(Motortrucks)

---- --- ---
7
L 10.1.06-63 BDS
ACCESSION NR:, A.P3002722
S/0120/63/000/003/0372/0078
V,~
ekatcrv,, A. B Matalln _pgW OVX V. F
AUMOR: Y Lo A., jLk wrnov. I.,;
Chubarov, S. I.; MiLn~kT
TME: Miltirange analyzer 0
SOURCE: Pribory i tekhnika eksperimenta, no, 30 1963, 72-78
TOPIC TAGS: pulse analyzer, description of InPM6. units, system of re-:~ording
ABSTRACT: A multirange pulse analyzer with a magnetic-core memory syt--tem has
been desIgned for the Investigation.of distribution whidh depend on'tiro or
383 channels., each with a 16 -aigil; binary
three variables. The dev1ce has 16
irmber. The analyzer not only sorts pulses into the proper. channels,,; but can
also
perform preliminary processing of recorded information. . The x6c4ding
system is equipped with an address system vhich allows various input idrcults
to be used without changing the memory system. 'Two amp] itude-to-digital.
converters are used as the basic input circuits. The converters have coders
(16 inputs) operating in the two-dimensional amplitude-measurement moL 1e;
Card 1/2
7:-7 - -----

L loin-6-63
ACCESSION NR: AP3002722
they convert the pulse amplitude into a severi-digit binary-codes- The follOwing
can be used as additional input units: 1) tirw-to-time waplitu4,_converter
for operation in the nanosecond range; 2) circuit for measuring ~ the ratio
and sum of amplitudes Of two pulses; 3) time-of-flight measuring unit with
channel widths from 10 sup -4 to 10 sup -6 see; and 4) coincidence urit.
The reco:7ding system consists of the memory circuit, programing, circuit, address
selecting circuit, arithmetic circuit (addition and subtraction), and display.
system (CRT and a ten-key typewriter), The memory cir6ait has a ferrite matrix
consisting of 128 x 128 x 16 K-260 cores (2 x 13 x 1 mm in size) and orerates
on the principle of half-current coincidence. The signal-to-noise ratio of the-
analyzer is better than 5. A special feature is the possibi3ity of obtaining a
readout not only of each separate line of stored information but even of certeln
parts of a line. Orig. art. has: 6 figures.
ASSOCWION: none
suBNiTTED: osjul62 DATE ACQ: l2ju163 ENCL: 00
SUB CODE: 00 NO REF SOV: 004 OTM: 008
C~rd /2

..~ACCESSION NR: AR4032150 6/0058/64/000/002/AO15/AO1-6
SOURCE: Ref. zh. Piz., Abs. 2A171
AUTHOR: Matalin, L. A.; Semenkov, V. P.;
TITLE: Input units of multidimensional 'analyzer
CITED SOURCE: Tir. 5-y Nauchno-tekhn. konferentsii po yadern.
radio-elektronike. T. 2. Ch. 1. M., Gosatomizdat, 1963, 24-29
1 TOPIC TAGS: multidimensional analyzer, two dimensional analyzer,
three dimensional analyzer, analog digital converter, control block,
intermediate memory, address system, magnetic core memory, inter-
mediate capacitor memory, missed count compensation
TRANSLATION: The,:following input units of a multi dimensional ana-,
lyzer are described: analog-digital converter which transforms the
input signals into.a series of pulses, control block, and inter-
Cqrd 1/3

ACCESSION NR: AR4032150
~ieaiate memory and addkess'system. These input units make it pos- I
sible to carry oui 27- 'and 3-dimensional analysis. The analyzer
inemory is of the magnetic core t 6. The total number of addreE~ses
Y~6 in ea n
d
is 128 x 128 with a cajacity of 2 channel. The n"er of
c
Imisted counts is iedu d by using wo intermediate.memory blocks
in which the input pulies are memotized on capacitqrs. 'The result
tistransferred to the co.nverter as soon as the transformation of the
preceding signal has been completed. In addition, to take into ac-
6ount the number of the missed pulses, the dead time of the system
is measured. The-cix~uit of the charging unit, which is -operated
by pulses with 0.2--0.:3 lisec fronti and with amplitudes up to 120 V,
is given. The address'system consists-of two groups each with 7
T.Lipflops. In th6 tw&-dimensionali'measur'ement. mode; the number of
addresses.for each coordinate can be chosen at-will'over a-wide-
range from 129 x 12S to Z192-~x_2. In the three-dimensional measure-
m-nt mode, the i"t two of'the-sevin flipflops are cilloted to the
address-group corresponding to the,.third coordinate.. The number 9f
Ceird

ACCESSION NR: AR4032150
the addresses in the third dimension can then be set equal to 2,
4, 8, or 16. M. Vishnevskiy.
DATE ACQ: 31Mar64 SUB CODE:. CP,,SD ENcL:-- o6
4
Card

SEMENKOV, V.I. [Serdankou, V.I.]
New forms of th? protection of labor on collective farms. Vestsi
AN BSSR.Ser.hram.nav. no-3:15-27 '61. (x.IRA 14:9)
(Aariculture--Sa.fety measures)
0

,~--'AENiY7. V. I.
.j
Dissertation defended for the degree of Candidate of Juridicial. 'ciences
at the institute of Government and Law
"Legal Forms of State 3upervision and Public Control Over the Observance
of Labor Conservation Lawz~.11
Vestnik Akad. Nauk, No. 4, 1963, PP 119-i45

_L 292-56-66 EdT(m)ZEWP(t)/FT1 IJP(c) JD/JG/JT------------
UR/0286/65TC037018TOI)31 0032
ACC- NR: - AF01931i SOURCE CODE:
IMENTOR: Kazachkovj 1. P.; Dekhanov, N. M.; Gavro, L. P.; Sementkov, V,:I.;.
Kiselev, Yu. Yu.
ORG: none
TITLE: Alloy for alloying steel. Class 18, No--174649
SOURCE: Byulletent izobreteniy i tovarnykh znakovi no. 18, 1965s 31-32
TOPIC-TAGS: chromium containing alloy, alloy steels manganese containing alloy.,
.-ferroallov
ABSTRACT: order to shorten the alloying period and reduce loss of elements
10
the following alloy and its constituents is proposed::34-36_Cr, 23-31 Mn -i2 Si 'I
0.8-12 C, balance-iron. [JPRS]
SUB CODE: 12 SUM DATE: none
L_ Card UDC: 669.1512074.178Z

AYVAZIYAR, Y.G., doktor takhnichookikh nauk, professor; ZOUROV. 1.A., kandidat
takhnichookikh nauk; SIX M OVe Y.M.9 inzhoner,
- .
Increasing the capacity of pressure spillways of "integral" hydroe-
lectric power stations during maximum flood discharge. Mr. stroi.
26 nt.3:15-20 Mr 157. (MIRA 10:4)
(Hydroelectric power stations)

ZOLOTOV, L.A., kand.takha.nauk; WIENKOV
j V M 0, inzh.
j, -
Hydraulic investigation of a new type of conoentrated-fall Jrydrc-
electric power station. Trudv Nauch.-Isal.eekt.~bak,fil.lu3-,,
"OrgenergostroiP no.3:71-82 159. (%KMA 14:7)
stations)
(Hydroelectric
power
V

SEMMKOV, Y.N., otv.red.; PANTMEYBV, V., red.; SHIRNOV, G., teldm.red.
[Frogram for a course in political economy for secondary schools
in economics and economics departments of special secondary
schools (260 hours)] Programme karsa politichaskoi ekonomii;
dlia ekonomicheskikh tekhnikumov i ekonomicheskikh otd-31enii
srednikh Bpetsiallnykh uchebnykh zavedenii; 260 chasov. Moskva,
Izd-vo sotsiallno-ekon.lit-ry, 1959. 39 p. (MIRA 12:12)
1. Russia (1923- U.S.S.R.) Upravleniye prepodavaniya obshchast-
vannykh nauk.
(Economics)

~~Kov. V.N.. otv. red.; DUBNOVA, Z.K., red.; SHVETSOVI S.V.,
tekhn. red.
[Assignments for controlled work in economics; for the special
correspondence schools of economics and for the economics da-
partmen+,3 of special secondary correspondence schools)Zadaniia
dlia. kontrolInykh rabot po politicheskoi ekonomii; dlia zaoch-
nykh ekonomicheskikh tekhnikumov i ekonomicheskikh otdelerii
zaochrykh srednikh spetsiallnykh uchebnykh zavedenii. MoEkva,
Hosvuzizdat, 1962. 20 p. (MA 15:12)
1. Russia (1923- U.S.S.R.)Upravlenie prepodavaniya obshcltestven-
nykh nauk.
(Economics-Study and teaching)

ZAYTSEV, Rostislav LIvovich; SRff
RKOV. Vladimir Nikanorovich;
SHVEYTSER, Ye. K. . red.; YEZHO-VVT,-T.-7.-,-Ve-IICff ~.ed.
[Transformation of socialist labor into communist labor.
The transition to the communist principle of distribution
according to needs]Pererastanie sotsialisticheskogo trulia
v kommunisticheskii trud. Perekhod k kommunisticheskomu
printsipu raspredelenlia po potrebnostiam. Moskva, Vys-
shaia shkola., 1962. 57 p. (MIRA 16:2)
(Labor and laboring classes)

KHODZHAYEVI A.M., otvj red.; .GQLUEVICHIY, I.S., red.'; PODGALO, A.S.,
W-K,QL-V N., red.; ROTOVA~ R.S.',
red.; SETIIJKOV, I.M., red.;_�~kl
red.; STOLYAROVA, M.T., takhn. red.
[Course of lectures on economics] Kurs lektsii po politiche-
skoi ekonomii. Moskva, Gos. izd-vo "Vysshaia shkola.11
Book 1. 1962. 626 p. (MIRA J.5:3)
(Economics-Study and teaching)

KERNES, I.Ya.; KOTELINIJKOVA, L.A.; LEMAN, T.R.; SHTUTINA, A.M.;
KINKULIKIN, A.T., retsenzent; KOLOSKOVA, P.P., retsenzent;
SEMENKOV, V.N.J. retsenzent; ITKIN, M.L., red.,- MASONOV, Yu.I.,
red.; ZELENTSOVA, Ye.l., takhn. red.
[Sociology; recommended Lisa-- of literature for the aid of
the teacher]10bshchestvovedenie; rekomendatallnyi ukazatell
literatury v pomoshch' uchiteliu. Moskva, Izd-vo Vsesoiuz-
noi knizhnoi palaty, 1963. 145 p. MRA 16:3)
1. Moscow. Gosudarstvennaya publichnaya istoricheskaya bib-
lioteka. 2. Nauchno-bibliograficheakiy otdel Gosudarstvimnoy
publichnoy istoricheskoy biblioteki (for Kernes, Kotellnikova,
Leman.. Shtutina). 3. Zaveduyushchiy sektororn obucheniya
istorii Instituta obshchego i politekhnicheskogo obrazovaniya
Akademii pedagogichaskikh nauk RSFSR (for Kinkullkiti). ,. Uchi-
tell sredney shkoly No.204 Timiryazevskogo rayons. Mosk~r (for
Koloskova). 5. Starshiy inspektQr Upravleniya prepodavatiiya
obshchestvennykh nauk MinisteriOia vysshego i srednego 'Ipe-
tsiallnogo obrazovaniya SSSR (for Semenkov).
~ (Bibliography-Sociology)

SEMMKOV, Ya.
Experience in determining prospective needs in specialists in
the machinery industry. Biul.nauch. Worm.; trud i zar.plata
no.8:22-29 '59. (MIRA 13:1)
(Machinery
lndustr7--Personnel management)

IAZUTKD,I, Ye.S.; RUSAIJOV, Ye.S.; EYDELIMI, H.A.; TRUBNIKOV, SN.; KAPWI,
I.I.; ZAGORODIJIKOV, M.I.; GOLITSOV, A.N.; TATARINOVA, N.I.; SONDI,
M.Ya.; SHISHKIN, N.I., doktor geogr.nauk; ANTOSE21KOV, Yet.G.;
ZINYMOVAY I.I.; KOSYAKOV, P.O.; MATROZOVA, I.I.; ZELENI~IMY, G.N..;
SEMENK Ya.$ ICT, Ye.S., red.; SHTEMER,
_.; ZALKIND, A.I., red.; RUSAN
AN., red.; MIKTIALICJVIKO,N.Z.,red.; GERASIMOVA, Ye.S., tekhn. red.
[Manpower of the U.S.S.R.; problems in distribution and utilization]
Trudovye resursy SSSR; problemy raspredeleniia i ispoll.,,,ovaniia. Pod
red. N.I.Shishkina. 1,',oskva,lzd-vo okon.lit--ry, 1961. 21+,J p. (MIRA 1/+:12)
Moscow. Nauchno-issledovatellskiy institut.
(manpower)

SEMENKOVA, A.V.; BELOVA, Z.N.; MELINIKOVA, A.I.
Discussion of M.A.Shvechikov's article *Let us improve economic
planning." Vest. sviazi 23 no.10:27-29 0 163. (HIRA 1o':--,2)
1. Nachallnik planovo-finansovogo otdela Ministerstva svyazi
AzerSSR (for Semenkova). 2. Nachallnik planovogo otdela
Saratovskogo pochtamta (for Belova). 3. Starshiy ekonomist
Dzhankoyskogo uzla svyazi Krymskoy oblasti (for Mellnikova).

For t.~s Cry. 7f)r,! .3t CO 'Wr 1,~s
591 N)
.P.MCM. i 'r-,o va
A,:ad. im. K.A. Tinliryazev
11-1 TI, E cf* -Pun-icidc Treatnent of the
Ac~)rn- ~-I-ak W'inter cSt-arrz-e.
bPjG. PUP. DLkl -kli. aked . im. K . A . Timiry--, zeva
1957, vyp. 29, 147-152
ABSTPAICII, At the Buturl~i_,)v Lesklrm ( Boronezh_skaya
Oblast) -the e-f-ectiveness of funfricide t-,
lmc~it by :7,:canosan and ce~ur,3:reti-.ylthiuraLidisul-'
_f'ide iii differcnt dosagec (tbe -f-irst 11
and 1.1~ rk,:7 an 1 ton of acorn andl xvith V,7T.D
1.5 - 2 k4,/ton) ras studied on a3orns stc.-red
n -ri re vlere ootained with
t S The be:L - sul i;.
treatment by gratiosan; the _7ood.
un
auallty of uhe acorn and their infection by
'
fung-I diurin,:~_: the stora:ze t)-ario
d was not;
CARD J./2
22

BATUYEVA, Tatlyana Mikhaylovna; qg4E90YA., Tatly na Georgly 'M
- - k_ __~ 4;
MATSLFK, R.V., red.; YEZHOVA, L.L.,, tekhn. red.
(Economic basis of the collective farm system] Ekonomiche-
skie oBnovy kolkhoonogo stroia; uchebno-metodicheakoe posobiet
dlin prepodavatelei politicheskoi ekonomii orednikh spetsiall-
nykh uchebnykh zavedenil. Moskva, Vysshain shkola, 1962. 64 P.
(D[I RA 16:6)
(Collective farms-Management)

BOGORODITSKIT, N.P., professor; VASIL'YEV, D.V., professor; RLYDA, L.I.
dotsent; ODINTSOV, G.V., dotsent-S;g dotsent; FAMET.
At; 'ICH, B.I., starshij-
A.V., dotsent; YURGENS01r, R.I., htwim.:
prepodavatell ; GEUOR, D.S.starshly prepodavatell ; POVOLOTSKIY, Te..A.,
prepodavatell.
Development of automatic control and telemechanics in the fifth
five-year plan. Avtom. i telem. 14 no.2-238-240 Mr-Ap 153.
OGRA 10:3)
1. Leningradskiy eldktrotekhnicheskiy indt1tut im. V.I.Ullyanova
(Ienina)
(Autom&tle gontrol) kRemote control)

8(2) PECASE I BOOK EXPIDITATION SOV/2030
Vasillyev, Dmitriy Vasillyevich, Boris Afanaslyevich Mitr'ofanov, Grigoriy
LIvovich Rabkin, Georgiy Nikanorovich Samokhvalov, Aleksandr Aleksandrovich
Semenkovich, Aleksandr Vasillyevich Fateyev, and ki-ko-la-y-I-v-p-n-k-&rdS-Ma-cli&-in
Raschet sledyashchego privoda (Servodxive Design) Leningrad, Sudpromgiz, 1958,
370 P. 8,000 copies printed. Errata elip inserted.
Resp. Ed.i S. Ya. Berezin; Ea.t Ye. N. Shaurak; Tech. Ed.: P. S. Frumkin,
PURPOSE: This book is intended for scientists, engineers, and students of v.wes,
COVEIUMM: This book discusses the problems qf designing electromechanical
se.Lv drives and gives examples of design from the point of -%dew of the
ov6-rall system and of the individual basic elements., The design af servodrive
amplifiers, the selection and design of error-sensing devices, and the
experimental determination of the transfer functions of the discrei;e links
of a servodrive are'given considerable attention in the book. Materials on
the design of electromechanical servodrives are systematized. and the design
of servodrives vith electronic and magnetic amplifiers and ef servodrives
with rotating amplifiers is discussed. The'se designs reflect the practicial
experiences of the authors in the devi-61opment of servosystems. The authors
Card lj~

Servodrive Design (Cont.) SOV/20~,O
thank 1. A. Petrusenko, I. S. Ra7ner, N. M. Konovalova, L. A. Agarkova,
and Yu. A. Yereneyev for their aid in preparing -~he book. There are
51 references: 47 Soviet', 1 German, and 3 English.
TABIE OF CONTEW-St
Preface 3
Ch. 1. Reviev of Existing Methods of Designing a Linevarized Servoclxive 5
1-1. Nature of design 5
1-2. Frequency methods 6
1-3- Coefficient methods 12
1-4. Design methods based on the distrfmrtion of roots of the
characteristic equation 13
Ch. 2. Selecting the Design Methods and the Order of Design IT
2-1. Comparative evaluation of design methods IT
2-2. Selection of frequency design methods 23:
2-3. Selection of control action and initial conditions 22
2-4. Order of sekv6drive design 25
Card 2/5

Servodrive Design (Cont.) SOV/2030
Ch. 3. Selection of the Parameters of Basic Servodrive'Elemeuts 28
3rl. Selection of the type of current 28
3-2. Selection of gear ratios and the type of reduction unit 30
3-3. Selection of the capacity of the servoino or 32
3-4, Determination of the transfer functions of the m6tor 48
3-5, Selection of the type of sensing elements 54
3-6. Selection of wmdliary devices for servodrives 62
Ch. 4, Servodrive Amplifiers 80

_
1,
t
Selection of the type of amplifier
80
2. Rotating azaplifiers and determination of initial data for the
design of preamplifiers 83
4-3, Connecting the amplifiers with the servomotor 85
k-4. Electronic amplifiers 91
4-5o Magnetic amplifiers 133
4-~6. Semiconductor amplifiers 169
Ch. 5, Selection and Design of Error-sensing Devices 209
5-1. Methods of selecting error-sensing devices 211
5-2, Selection of the parameters of error-sensing devices
by means of logarithmic amplitudes and phase-frequena7
characteristics 211
Card 3/5

Servodrive r-esign (Cont.)
SOV/2030
5-3. Selection of the parameters of error-sensing devicl~s by means of
amplitude-phase characteristics 26o
5-4. On the design of servodrives by the probability characteristics
of input effects and noise and the demands of dynamic accuracy 27
Ch. 6. Experimental Determination of the Parameters of Transfer Functions
of the Discrete Links of a Servodrive 2~X3
6-1. Review of existing methods 293
6-2. Methods of experimental determination of the parameters of the
transfer functions of the discrete linearized links of a
servodrive 305
Ch. 7. Examples of Servodrive Design 325
7-1. Example of static design of a 4-watt servodrive 326
7-2. Example of static design of a tachometric servodrive vith
electionic magnetic amplifier and 4-vatt a-a motor 330
7-3. Example of the design of a two-reading servodrive vith magEetic
amplifier and 500-vatt a-e motor 334
7-4. Example of the design of a servodrive with electronic and
rotating amplifiers 345
Card 4/5

VASIL'YEV,, D.V.; MITROFANOV, B.A.; RABKIN, G.L.; SAMOKMALOV,
G.N.; SEM4QV.Z -A.-A.; FATEYEV, A.V.; CHICHEEIN, N.I.;
PORITEVSKIY, B.I., kand. tekhn. nauk-, retsenzent; BEREZIT,
S.Ya., nauchn. red.; SACHUK, N.A., red.; KRYAKOVA, D.M.,
tekhn. red.
[Calculation and design of servo systems] Proel:tirovarLie i
raschet slediashchikh sistem. Leningrad, Izd--ro "Sudostro:-
nie," 1964. 606 p. 'XIRA 17:4)

amplifiers and tbe, selection and calbulation'o,~

ster -a'. 70f- A

In
biydO)
tog

('SMNKOVICH, S.A.
---
Laboratory sublimation apparatus. Prib.i tekh.ek-sp.no.2:136-137 S-0
156. (KLU 10:2)
1.1natitut Poluprovodnikov AN SSSR.
(Sublimation (Chemistry))

//Vix_.,__~~ IV
W' 06
AIBt* I
i-4932a): XiBjr~+-
Mft(j), ` Vic
-VIPM ptegiure of: N&Br~,
At
from the tRiff d al. (CAij$.:
AM..
Apr
11 0
-the
by

129-58-5-13/17
AUTHO.Rf.)': Q'emen]ko-vich,, ~S.A., Candidate ol' Technical Sciences and
smirnov, V.1 Doctor of Technical Se--'?nces
TITLE: Alitizin~ of Iron by Vapours of Alumin=._ ',"onochlor-ide
U _L
(Alitirovaniye zheleza parai-,ii L10nol:h1orida alywainiya)
PER.IODICAL: ?Ietall.ovedelaiye i Obrabot' '-a Mletallov', 1958, ITr 5,
pp i~8-51 (USSR) -
ABSTIUCT: The authors calculated the chancspsoof the standard
isobaric-isothermal Dotential ZT of the reactions
takinG place dur-ill- alitizin- of iron using data relatin.-
kD 0 1~ 0
to the char-Ges of e_IZ T betr;--en 600 -and 1200 C which
were published by Fichte, R. (Ref.3). On the basis of
thermodynamic -analysis it is concluded that for alitizing
it is advisable to obtain AlCl compounds at temperatures
above 970 C and for separatuin- aluminium in accordance
with the reaction ex-pressed by Eq.(5~
p.49, the
temperature should be kept below 970 C. ahilst the
reaction of the alitizinr; proper can proceed at 1150'C,
C)
The authors also Give the experimentally observed
results on the interaction between iron and vanours of
aluminium monochloride; "tec'hnical" iron of 8 = dia,
Card 1/2 30 mm long was subjected '80 the effect of AIC1 vapours
at 700-800 and at 950-970 C for a duration of one ~_our.

129-58-5-13/17
'~o
I -rochloride
Alitiziii- of Iron by Va-Dours Of Alrjnin-i
It was found that a hard,scale-resist-ant surface layer
forms if the alitizi,-_Z~ procesg is effected in -the
temperature range 950 to 1000 C; the strenGth of this
coating is attributed to the formation of the inter-
metallic compound Fe Al If the alitizing temperature
is hi6her, a less hQ la'yer forms Villiuch appears to be
a eutectic mixture of the phases FeAl 5 and FeAl 3'
There are 1 fi-ure and 12 referencesl 6 of v.,hich are
4:3
Soviet, 3 German and 3 Englisb_
AVAILABL.2;- Library of Congress.
1. Aluminum coatings-Test results 2. Iron-Alumbilim coatin-os
Card 2/2 3. Aluminum monochloride-Appli cations

AUTHORS: Semenkovich S. A., Astashev, 9. N. 57-28-4-6/39
TITLE: The Sublimation of Tellurium (Vozgonka tellura)
PERIODICAL: Zhurnal Tekhnicheskoy Fiziki, 1958, Vol. 28, Nr 4, PP- 725-731
(USSR) -
ABSTRACT: The authors investigate the method of preliminary purification
of tellurium previous to the zonal melting, computed on a pu-ri-
fication-output of 0,3-0,7 kg/hour or 1,5 to 2,5 kg per
sublimation. The comparison of various purification methods
leads to the conclusion that in the modern development of the
vacuum engineering the sublimation offers considerable ad-
vantages as a means to preliminary purification. This methol
can easily be employed in laboratories as well as in industry.
It is sufficiently simple and productive. In the case of the
tellurium purification the sublimation is very expedient
because of the relatively low boiling point and the consider-
able difference between the tellurium-vapor pressure and that
of its fundamental admixtures (cu, Fe, Pb, Ag and Sb) whicH
very considerably influence the properties of tellurium as a
semiconductor. It is shown that by a correct solution with
Card 113 regard to the apparatus the velocity of the process in the

The Sublimation of Tellurium 57-28-4-6/39
sublimation cannot only be reduced but also increased. As
in the sublimation the substance is a solid body, the possioil-
ity exists to increase the surfacc by means of the production
of special castings with a trapezoid cross section. This
possibility was utilized here. The technical powdery tellurium
of the Pyshma Factory (160 km crow's flight east of Sverdlovs,