SCIENTIFIC ABSTRACT GEYER, V. - GEYKO, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515010007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

M-7 17
SOV/118-59-9-13/20
Hydraulic Lifting of Pulp by Air-Lifting and Coal-Suction Air-Lif-
I
ting Installations
volume of the air entering the air-lift, Due to dimi-
nishing of the working gear number through which the
pull) passes, there will be less coal breakage., In cas,
where the pulp is delivered to the shaft by gravity
feed, air-lifting installation can be applied (Fig 2)
Advanced features of this installation are, Absence of
moving parts; reduced coal breakage. possibility of
lifting large jAeces if coal (by applying pipel-ines of
30-40 cm in diameter, 15-20 cm larce coal pieces can be
transported); possibility of an automat7,c output chani,,e
The air compressors are installed on the surface, whdch
permits using the most economical synchronized machines,
raising safety of operations and the number of
accidents. The efficiency of a coal-suct,on lifting de-
vice is a comparatively stable value equal to 0,36; while
the general efficiency of an air-lift installation is
0.58. At the Donetskiy Industrial Institiite, research of
operating conditions for air-lifting, and coal-suction
Card 2/3 air-lifting installations had been carried out It .,,,,is

SOV/11 IB-~C)-q-l-~/20
Hydraulic Lifting of Pulp by Air-Lifting and Coal-Suction Air-Lif-
ting Installations
established that both installatiins can work with high
pulp concentrations (Solids : Liquid = 1 : 1,5). The
maximm size of coal pieces mild amount to 0.5 of the
smallest section of the air-lift pipeline. There are
3 grapbs, 2 tables and 3 diagrams.
Card 3/3

PHASE I BOOK EXPLOITATION SOV/54'13
Gornoye delo; entalklopedicheskiy spravochnik. t. 8: Statsionarnoye
elelEtromekhanicheskoye oborudovaniye. Elektroanabzheniye shakht
(Mining Industry; an Encyclopedic Handbook. v. 8: Stationary Electro-
mechanical Equipment. Electric Power Supply to Mines) Moscow,
Gongortekhl2dat, 1960. 784 p. Errata slip inserted. 18, 500 copies
printed.
Chief Ed.: A. N1. Terpigorev (Deceased); Membt-rs of the Editorial Board:
A. 1. Baranov. F. A. Barabtuiov (Deceased). A. A. Boyko, V. K. Buchnev,
A. N. Zaytaev, Deputy Chief Edwl. K. Kit and N. V. Mellnikov; 1. N.
Pla"in. N. M. Pokrovokly, A. A. Skochinakiy (Deceased), A. 0. Spivs-
kovskiy, 1. K. Stanchenko, A. F. Sudoplatov, A. V. Topchlyev, S. V.
Troyanskly, A. K. Kharchenko, L. D. Shevyakov and M. A. Shchedrin:
Editorial Board for this volume: Reap. Ed.: F. A. Barabanov; Deputy
Reap. Ed.: Z. M. Melamed; N. A. Arzarnasov, G. M. Yelanchik, V. K.
Yefrernov, B. L Liusadych, 1. M, Zhumakhov, N. A. Letov, P. P. Nesterov,
1, A. Rabinpvich, K. 1. Skorkin, and V. A. Sumchenko; Authors: G. A.
Card 1/16

2-(,
Mining Industry (Cont.) SOV15473
Babak, Candidate of Technical Sciences, V. D. Belyy, Professor,
Doctor of Technical Sciences, K. S. Borisenko, Candidate of Technical
Sctences, A.G. Boruntenskly. Candidate of Technical Sciences, L V.
Brurilovskiy, Candidate of Technical Sciences, A. R. Bushel', Candi-
date of Technical Sciences, V. P. BWLbgollts, Engineer, Al. N. Vasilevskiy,
Candidate of Technical Sciences, A. N. Vnslkovskly, Engineer, 13. N.
Vlnsenko, Engineer, I. Yu. Gershikov, Engineer, L.G. Geyer, Professor,
Doctor orrechnical Sciences, A. D. Dirnitshko, Engfi-e-e-F.-V-S. Dulin,
Candidate of Technical Sciences, 1. L. Lokahin. Engineer, 13. M. Mclarned,
Engineer, Yu. A. Mikheyev, Engineer, V. P. Morozov, Engineer, M. 1.
Alushkatin, Engineer, V.S. Pak, Academician, LAI, Perskaya, Engineer,
N. M. Rusanov, Candidate of Technical Sciences, G. P. Savellyev, Candi-
date of Technical Sciences, Ya. M. Synorodinakly, Candidate of Technical
Sciences, K. A. Ushakov, Honored Scientist and Technologist, Professor.
Doctor of Technical Sciences, B. M. FurinRnov, Engineer, and N. N. Cher -
aavkin. Engineer. Eds.; Ya. M. Drozdov. Engi-neer. B. L Zasadych,
Card 2116

Mining Induntry (Cont.) SOV/5473
Candidate of Technical Sciences, N. S. Karpyshev, Candidate of Technical
Sciences, N. A. Letov, Candidate of Technical Sciences, Z. M. Mclamed,
Candidato of'rechnical Sciences, Yu. A. Mikheyev. Engineer, V. P.
Morozov, Engineer, V. 1. Polikovskiy, Professor, Doctor of Technical
Sciences, 1. A. Rabinovich, Engineer. M. S. Rabinovich. Candidate of
Technical Sciences, 1. A. Raskin. Engineer, V. S. Tulin, Engineer, S. Ye.
Unigovskly, Engineer, K. A. Ushakov, Honored Scientist and Technologist,
Plotennor, Doctor of Technical Sciences, M. M. Shemakhanov. Candidate
of Technical Sciences, P. F. Shishkov, Candidate or Technical Sciences,
and V. 11. Yablonovskly. Engineer; Edo. of Publishing House: N. A.
Arzarnasov and T. 1. Ryballnik; Tech. Ed. : V. L. Prozorovmkaya and
M. A. Kondratlyeva.
PURPOSE: 'Mis handbook is intended for mining and mechanical engineers as
well as far other skilled personnel of the mining industry concerned with
the handling and operation of various Installations and equipment used in mines.
Card 3/16

Mining industry %'Cont.) SOV."' .73
COVERAGE.- Volume VIIII of the mining handbodic contains detailed informa-
t' on on mine hoisting Instal1rtions, machines and equipment, mine venti-
lation units, duct systems, dewatering facilities, various types of pumps,
purip meturs, p_*Eip!rZ qtnt ions, aid the automatic remote control of these
units. The handbook also describes and e)rplaina the operation of the air
compression units and compressors. Heat-generating and heat-supply
equipment of mines is describedas are the electric power supply systems
and other electrical equipment such as transformers, power distribution
oyalems, and groundIng devices. Telephone communication and signaling
systems used In mines are also treated, No personalities are mentioned.
Each par% of the handbook Is accompanied by references, mostly Soviet.
TABLE OF CONTENTS ( Abridged 1:
PART 1. MINE HOISTING UNITS
Card 4116

Mining Industry (Cont.)
SOV/5473
Ch. V. Mine Fan Installations of the Main Ventilation System and
Equipment (Dulin, V. S.) 263
Ch. VI. Operation of Mine Fan Installation (Dulin, V. S. 287
Ch. VII. Testing Fans Under Mining Conditions (Dulin, V. S.) 297
Ch. VIII. Selection of Fans (Dulin, V. S.) 301
Bibliography 308
PART ITH. MINE DEWATERING INSTALLATIONS
(V. G.
.pe ie~r, Professor, Doctor of Technical
Sciences, and N. N. Chernavkin, Engineer)
Ch. I. Fundamentals of Mine Dewatering 0.10
Card B/ 16

- GETER, VoG,, prof., doktor tekhn. nauk; GRUBA, V.I., irizh.
1q)rovement and design of the suction Eystem for hydraulic con-
veying units. Urol' 36 no-9:36-4.0 S 161. (MIRA 14:9)
1. Donetskiy politekhnicheskly institut.
(Hydraulic conveying)

GEYER, V. m.
"The 1~:): pe r 1. e ri:! c- ', 'I' a h or, 1) 1 tal i n re n 6 e r I ri j, a s r, I a t, i w, - t,: ~ 1, 11,,- !.-c- (: I ~ - a I a e rv I r-e o "
'-rocqi unLt-," - p. 11"
Vuenw, Ved.tuins'-:1)? Zhurnal., No. 'i, I #,,'

GFIfER-TVISUNSKA, T.
sc I ~2%r E
Periodical: KDSMOS. SITTA A: BIOLOUA. Vol. 7, no. 3, 1958.
0EYER-D!.'S-*,*rJS-KA, I. Remarks on M. Westergaard's article "Chemical
Mutarenesis in Relation to the concept of the
Gene." P- 329,
1
Monthly Unt Of East European Acessions (I;EAI), LC, Vol. ", No. 3, way 1959
Unclass.

-C-L~U17D :JorobiDlogy. Gen-ral "icrobiolo, y. Ef f oct F
of 2xtarnal 4,,~mts, Disinfection.
,%bs -four: 'Raf Zhur-Siol., '.~o 2, 1959, 543.7.
,uthor : raz,--Duszynska, J.; Janota-liassalik, L.
.il VO-Y
Inst :Not given.
Titla :Radiation 11;ffocts on ',:ioroorganis~as.
Ori& Pub: Postepy biocile--,i., 1957, 3, 41--o 3 41 269-307.
k'stract: rovicw. Bibl. 31 titles.
Ua rd 1 /1

YAM 09, Matvay Somenovioh; TSMISKIY, Yladimir Abramovich. Prinimall
achastiye: LUMIN, I.A.1 MOROT. Ye.L.; LUM, 1.0.; CHIZUTEKIY,
A,L.; PCUNOT, A.1.1 MKITIN, N.Y.; ITANOT, I.I.; am&. N.Y.;
rADOZOT, le.Y.; MOSOY, M.G. TBOMOTA, I.I., red.;'0110=0,
IA,tekhnaed,
[The "anamia Titao' hator7; a briaf aocount of the "Ihamis Truds"
Aruture ftatory in Leningrad I"mia tr%ida; kratkii caherk lato-
r1i laningradekogo armaturnogo savods O&smia truda," 196o. 207 p.
(KMA 104)

GEMS', G. A.
26390 Patrony dlya shJfoyaniya otveratly v tsilindrichaskikh sheoternyakh.
Stanki i instrument, 1949, No. 8, a. 24-24.
SO: LETOP131 NO. 35, 194?
DRAYGOR) D. A.
Uprochneniye poverklinosti inatalla pri makhanichoskoy obrabotke.--am 26382

G+S I , G. A.
1290 and 1290 P four-spindle autom.%tic and semi-automatic lathes Kiev, Gos.
nauchao-takhn. itsd-vo mashinostroit. lit-ry, Ukr. otd-nie, 1955. 145 P. (55-44236)
TJ1218.G35

FBD I A( h) 1JP(C) WGAH
gW41
ACC N~. 1a,6011572 SOURCE CODE: UP,10051/66/02-0/003/0508/0510 I
Au"~HOA: UsitO4, Y. P.1 Kulish, N. R.; Geyetsp V. I.; Koval'., P. N.
ORG: no"le rzS
TIM "Laserl~switchizg, with filters
SaMCE: Optika .I spektrookoplya, V~ 20P no- 3, 1966) 508-510
70KC! ,DM: r4y ~ laser'l giant pu: Ise laser, laser r and d, % switching, passive
Witching, Opti~ filtar~Ks'lq filter
ASM~CT: In Ylelf of Oe fact that q-switahing by spectrally absorbing filters with
x4eversible blea4klbg is~.Wich alMler than electro-optical or rotating Qrs%Atehing
devices, the'autbovs investigated the influence of tranqwency of NS-19 filtelon
the "litude 0 *be PeWO of thd.output emission and their numbers In a ruby Ber
(3X = long, 4 ~m die4eter) Cr2N concentration 0.,05 wt.%). The Q-swif-ogr-g was
prodwed vith the;~ aid o~ five glass filters out from a single block., having different
tran=issions Ih the region of the operating wavelength of the laser. lntrod=tion
of the filter ipto the laser resonator increased the lasing threshold by an average
of 22% (over the ncminal. value 1,63 W). At a definite laser emission densityp the
'Uter became bleached and the energy stored by the excited chromium ion was emitted
In the form of a giant pulse consisting of several spikes whose nwiber increases
with increa. pump epera and 'Whose amplitude wChibits saturation. At maxim= pump
enerlp (do.~ble the threswia value).. the anplitude of the giant peaka vas -40 times
UDC: 621.375.9: 535

-66
Aq
V N14 A16011572
lirge~iban the iknolituft of the ordinaxy 1"inig spikes under simil conditions.
etbg -the AdectIA* coefficient of the mirrors increased the output pesks ud
el~z ted. some 0,the 4~uWlon.', ~An increase in the optical tbe filter
f i:~rst for $Lt
~tcreoses 04 splM agplituOi0j, 7bUt sulbsequ6ntly results in a decreue$
IA~P Olptiftl 46 WW%v tht Maba 4ibat
wu mossemy to bles.& the filter incremes.
'1021
Cos
SM MAU I 12JIU16
20/ 51 OIMG MW: 0031 OM Wt 012/,,YRI
ITP .,r I j

Tip(c) wl!, wj?
L 411ho-66 x KdP(k)/J`/-7,4P(o) A
SCTZO-l
-4UT.HOR: Lisitsa, Y. J).,, Kulish, Ii. Yarcrnlko, A. Kovail, P. "Joyets, V. !.
02:3: none
TITI~,,`. Study of the waisi-Ion characteristics of a ruby laser
SUBCS: Olatika i spektroskoniya, v. 21, no. 1, 19,46,
TOPIC TAG3: ruby lasar, laser resonator, optic pumping, laser emission
O"T ': In a theoretical and expDrinental stur."i of the offc-ct of th size of a
laser resonator with plane and confocal nirror3 on -~ha de-
non~onci-, of the thros-hold rWTAng oner7j, nower On t'-e
len~~th of the rouonator wae. dotornin~ld. TI,(, (J.' t~'o raIc,.,,Iztiors arf) shown
4
in 1. Pie. 2 shows the correscondin:', CLr:05. Tho exnorimental parL
i of the 5tudy was carried out on a ruby listy vd,. cxmrnal dielectria, nirrors at roon
~e-nneratlure. ?ho length of the resonator ran-ed fro-,~ M, to ').5'-i' variation in
the enorZ7 ordtted by the laser with chan,-in-, a-l,-,Io of tho mirrors was
,y wiLh increasin,~ rosonator lenrth m.
doterninod; the obse-z-ved decrease in outnut onor,-
nay '.-a duo to a decroase in the workin- Tjart of the activo =.toriai cau*ad a nar-
ro,,ins of the coherent beam, and, like the other laser narwnetars studied, is deter-
z3
minad bv the miltinode, character of the resonator. In conclusion, authors thank 7. V.
Card 1/2 UDC. 621.'z7 5.5cl~., 24
9

L bil)to-66
ACC NR, ~ 6025955
d
Fig. 1. Theoretical curves of tho do-
Dendence of laser-ordtted energy (1),
divergence angle (2), and threshold
wo-riDing energy (3) on the resonator
length.
12 15'
a too NO JDO ds"
2. eri,%,),n'aI curves of the
dopondence of threshold pumping enor-
77 (1), diver.7ence an.-le'(11), and
laser-emitted energy (III) on the
resonator lenAh.
JLndryushchenko for Droparing the multilayor dielectric mirrors. Crig. art. has: 4
figures and 17 formulas. [27)
SUB CODE: 20/ SUBM DATS: 19Nov64/ ORIG REF: 004/ OTH RIEF: 006/ ATD PRESS:,,,,
Card 212 ha

22574
S/133/61/000/001/006/016
A054/AO33
AU r1l 1"P.9 Sakharuk~ P.A., Candidate of Technioal Scienceal Dnitrovskaya, GODOY
L'ngIneerj Geyev, O.V.,'Engineer
i:_:i rs,,oarbcn1 zPAtion of Ferrochrome in Converters by Blowing Oxygen
1961, No. 1, pp. 40 - 42
~Ry'.'~ Based on the chemical reactions of the decarbonization of ferrochraw
w! t'-, -.xvger. blown Intr U'Ie converter, the TsN11ChM established the technology for
I
,ails pro,7~ess conals-Ang of three phases: First phase: blowing oxygen through
m.' a:i umu
.1 ., hx! atl.ng the mttd_' above 1,7000C and aco lation of oxides In the con-
V - r 6p,%ond phase: 'clowIng oxygen Into the ccnverter over the metal, result-
ing in the cx1dation the main carbon mass, until a carbon content of 1.0 -
~.2j~ is 5t*.alned wltb heating to 1,750 - 1,8000C; third phase: producing a vac-
i:',im 'in ,h!~ tal~h &rd blowing a smaller amount of oxygen into the converter, w~hile
1,a, : axt,'- r ~: ~,nz ent. lLi reduoed to 0.2 - 0.54. The converter is in the same posi-
11m is :n phase 2 but, iL is covered wI'Lh a vacuum -,hamber. The technology has
t-er, te_:~ted -)n 4-t.on ::asUngs in the ChelyabIn5kly zavod ferrosplavov (Chelyabinsk
F1%n".,1 rind the optimum conditions for the three phases have bem de-
1 1/4

22574
3113316110001(Y)i /006/016
A054/AO33
i,t. .;,: t. z r~, .i ~Ti -- r Perroihrcme In Converters by B! /)w I ng Oxygen
aE 1'011,7w5:
.. ............................ TI
I M
Time, mn ........................ 20 - 30 -50 -- 70 50 - 60
4 3/ton ....... 50
Oxygen -_neumpt,jon, m 40 .10
In the Chelyablnak Ferroalloy Plant optimum results were obtained with carbon (,a,:-
.>-InIng ',~rrc-ahromiurn having a SI-content of 1.5 - 2.0%. At a lower Si.-Content
'J' the c:~nvevtqr gradually fills up with slag (containing up te 80% C120A~
wll.~%, a 3.-con*.ont above 2.5%, however, the lining, orns,,sting of melted magnesite
is csrr:ded by the slag, containing 20 - 30% S102. The chromium yield after
cxyqRn ~,'.,.wllng a.?w,,ur.,ed to about 75 - 80%. When establishing the industrial scalle
~e:hnclc~gy the zwst ifffiou)t items were: the construction of the tuydre which
h:1i t,~ Stand 1%he oxygen blast into the metal, the suitable lining for temperaturEs
abcve ard th,~ vacuum equipment. The besL re2ults were obtained with cop-
p,~r ',-iy4rev,, 20 - 25 iyrii In d-lameter, with 22 - 24% water sprinkled into the oxyeen
b.-jae-7. The most suitable lining was designed by the Vsesoyuznyy riauchno-issledc.-
Vale'll _--kiy institut. ogneup.>rov (All-Union Sclentlific Research institute of Re-
framcry Materials) in Kharkov with the cooperatton of Ye.V. Ivanov et a!., In
1prosta-' designed a converter for this
f4:rm -f me-Al-ed magnesite bricks. 0

22574
S/133/61/000/001/006/016
A05VA033
Decarbonization of Ferrochrome in Converters by Blowing Oxygen
process with a capacity of 1-6 m3, for blowing 4 tons of forrochromium, wit), two
casings: one with-a, baelp ~lfning for the melt.Ing and an outer casing for the va-
uun process (Fig. 2). The metfibd"has been introduced in the Aktyubinskiy zavod
ferrosplavov (Aktyubinsk Ferroalloy Plant)-by October 1955, which produced a met-
al with a lower Si-content. (less than 1.0%) than in the Chelyabinsk Plant. The
method applied was also different. The converter whs 11ined with periclase-spinel-
lide brick, 230 mm thick, which is rapidly corroded by slng when blowing ferro-
chromium with a Si-content above 1-5 - 2.0%. This plant, therefore, uses ferro-
chromiu~ containing riot more than 1.0% Si, whi.-,h, however, results in an increase
in chromium cinder. With this lining about 80 meltings can be carried out. This
is still not suffici6nt and attempts are being made to produce a lining good for
at least 100 molting o preferably from melted magnenite. When melting ferro-
chromium with a hi r (6:5 - 8.0%) carbon content, oxidation in the bath starts
at a lower temperatul-e, when the metal still Is riot liquid enough. In this cage
blowing; has to be cafried out somewhat slower. In May 1959,, the cost of the con-
verter steel produced with this method proved to be 200 rubles lower than the cost
of medium cal'bon ferto-chromium produced by the silico-thermal method. Purther
improvement can be obtained by using Xp4 (Khr4) grade ferro-chromium with a lower
Card 3/4

22574
3/)33/61/000/001/006/016
A054/AO33
Decarbonization of Ferrochrome in Converters by
Blowing Oxygen
(4 - 6.5%) carbon content, in which case melt-.
ing can be accelerated. There are 3 figures ard
I table.
ASSOCIATION: TsNIICM, Aktyubinskiy zavod fer-
rosplavov (Aktyubinsk Ferroalloy
Plant)
Figure. 2: converter for blowing oxygen into
ferro-chromium in vacuum: a - basic casing; b
casing for vacuum treatment.
Card 4/4

MEVSKAYAS To. A. (Moskva)
When stanem talk. Prfroda 52 no.1185.,89 163o (MIRA 16:1)
(PalSOUtID10a)

GEYEVSKAYA Ye.A. (Moskva)
1-1.- 1. ~ % 11 -1 1 1 1 . , ...; .
Allies of' medicine. PrirodIt 52 no.6:125 163. (MIRA 16:6)
(Medicine--Miscellanea)

OBRUCHEV, V.V., kand. geol.-mineral. nauk (Moakva); ZALESSKrY, YuA (deceased]
(Moskva); GEYEVSKAYA, Ye.A. (Mo6k-VL)
Brief notes on books. Priroda 53 no.5:7,63,77,87,111 164.
(MIRA 170)

i.,!A, (P-ryani-k;- (;EYF;SKAYA, Yn.A. (Mloskva.
I . I , I.,
Brl.r-f notef~ on bc)okr;. Prlrodlt ~-j no.'),4'),, 56v 6,i, l.") 61..
(MT.;JA 1,7~1~j'

GKIEUKAYA, Yr,-.A.(Mmikva)
At the Volikaya Salmi Strait; White Stm Bi,)I,.-) ical Station.
Priruda 53 no. 1102-90 164. IMIRA 18: 1)

-.1--.1. 1 '' 11,
U Z, - 1 , ~ :) : .~. , , .1 1 ". (" ':v
) I . , . . .~, :: - L )
!I I::: ." D.., ~' - -I ~ :.0!, in `*` ,,, ~.~ -:-
I I . I . . . . I - . I . ) . .1 : 11 . , ,17. :1 t ". .
( , 'I , A 1- , i : 1 )

RADOV, A.S., prof. (Volgograd) qUEVSKAYA, Te.A. (Nookva); DZEM-LITOVSKIY,
A.I., prof. (Leningrad~-j NUGLYY, 84'1. (Moskva); MENDELEVICH, G.A.
I (NDskva)j RABINOVICH, M.D., kand.istorich.nauk (Moskva); MIFJ1AYLOV,
-,Yu,P.,, kand.geograf.nauk (Irkutsk); YARTSEVA, L.Ya. (Moekva)
Books. Priroda 54 no.12124,75,92,10Q,110-115 D 165.
(MIRA 18:12)

GNMVBXI
lb,
Intensification or social contradictions and the increase of strike
activity in the capitalist countries. Bov.profsoiusy 4 no.4t8l-88
AP 156, (KM 917)
(capitalism)

GIMSKIY, I., spetnialOW korrespondent.
top
Under the si& of fraterral solidArity. Sov.profsoiuW 4 no.11:83-
87 1 156, (MLRA 10:1)
(Sofia--World Fedamtion of Trade Unions - -Gongras sea)

TaluiLble &&missions and characteristic silences. Suv.profsoiusr 5
no.1;90-92 J& 057. (ML 10:2)
(United StateB--Social conditions)

011y~. v 1. 1. 1 y 11 1
0
1i.-tt (I~Ct c-:e;t' - ~,,u, untold story"
I
:~ n hi -iv I I .,. . 23vur, '!.". .:. :e-, ,-?,v ", Go even I).
I ~ ~,, - 'I ji k 1, ,, (ML'RA 10:8)
- -of'Ll ~uu " m.~7 - I -
( Uni t;, 6 tatpT-iz~' jr ;trt lrih, rifir classes)

e< f- - - r- t, ..*.'' , ,
., - y /..' .. f " ..' '.
GBMSKIY, 1.
From heart to heart. Sov.profsoiuzy 5 no.12:78-81 0 '57.
(MIR-A 10:11)
(Berlin--Zlectric Induotries)
(Germarq, last--Relations (General) with Russia)

ANMOSOV, Vladimir Pavlovich; GZYXTSKIY, I.A., red.; ZHOAMOVA, L.M.,
red.; RAKOV,'S.I., tekhfi.red.
(Kettiods used by American monopolies in their straggle against
the laboring class] Metody bor'by amerikanakikh monopolii
protiv rabochago klassa. Moskva, Ixd-Yo VTeSPS Profisdat, 1958.
141 p. (MINA 1237)
(Unit-ad Statea--Konopolies)
(United States-Labor and laboring classes)

GEYBVSKIT. I.; MAROV, A.
~ , , Ii ~.
For or ?ZaInst peaceffNil enexintence. Sor. profqriuzy 6 mc,.3:7843
Rr 158. (MIRA 11:3)
(Trade unions) (World politicO

GMVSKIT, I.; TSvGAIIOV, V.
-MWAMM"OHM
Real and false freedom of trade unions. bov. prorsoluzy 6 no.8.,
66-71 JI '58. (MIRA 11:9)
(Unitod Staten--Trade unions) (Ruenia--Trado unions)

GEMSKIT, I.
RUaderground war" of monopolies against the workers. Sov.profooiusy
7 no.4:60-62 Mr '59. (MIRA 12:4)
(United States--Discrimination In employment)

GYMSKIT. I.. I
...
"lmpi~rialism and the deterioration of workeral health" by A.H.
Rubalrin. Reviewed by I. Geevokii. Ysem. prof. dvish. no.3:43-44
14r t 60. (MIRA 13:3)
(IABOR AND LABORING CLASSICS--MEDICAL CAU)
(TIVWIN, A.N. )

GFYEVSXIY, 1.
-4&- 1-- ---. I... ....-........
Bjoc~ the patb of rpvf~npe plotters. Sov. profsoiuzy 17 no-20:
22-21 0 161. (MIRA 14:9)
(Germany,
--Militarism)
Wast
World politics) (Trade u0ions)

GEYEVSKIY, 1. (Chekhoslovakiya)
Three days from different eras. Sov. profgoluzy P no.2:41-43
A 162. (YIRA 15:4)
(Gottwaldov, Czechslovakia-Shoe industr.()

GEYEVSKI,,Y,,j, '._
Hello, future! Sov. profsoiuzy 18 no.7:41-44 Ap 162.
(KRA 15:34)
1. Spetsiallnyy korrespondent zburnala "Sovetskiye profsojuzy".
(Germany, East-Labor and laboring classes)

~EYEVIKRVA.I- ...
4
Trade-union "ultra" in Bonn. Sov.profsoiuzy 18 no.1009-41
vq 162. (14IRA 15:5)
(Germany, West-Trade unions)

GEYEVSKI
- -
Tm search of a now signboards Soy# profsoiuzy 18 no.20:41-43
0 162. (MIRA 15:10)
(United States-4apitalism)

USAGM, T.V61; DWIRIM, P.P.1 GSrMj SoIA
Production of low poor point diesel fueli from Fergana oilm I*
the **Qmd -of carbudde dwaxing& UsbAbAk.shur. 6 no.667-78
162. (KM 16:2)
1. Institut ispollsovaniya topliva AN UOU, Sovet harodnogo
kbozyaystva UzM i Institut khimii AN U%Ws
(Diesel fuels) (rergana-Petroleum)

Sh.P., in-rh.
...
Automatic stopper for kier units. Tekot.prom. 21 rio.2:70-71
Ja 161. (KIRA 14:3)
(Textile machinery)
'11;

-.1-gITENO Sh.F.
Activities of the Tashkent Combine erficiency promoters. Tekst.prom,
21 no.3:65-66 Mr 161. WIRA 14:3)
(Textile machinery-Technological innovations)
(Tashkent-Textile industry)

L 04255-67 EWT(M)/1' DJ
ACC NRt AP6005377 SOURCE COM . UR10.1a316610001001101211012i
9 ~?~
All-MORS: Vullfson 1). L.; Rubinahtoyn; I. I.; Amk]~, D. E.j Valltsis, U. Aq
ltorchinnUy) _V. K.1 Goyfrmn, I, Ya.
ORG: none
TITL7,: It continuously variable vairlator of tho ntuibor of revolutions of an output
shaft. Class 47, No. 177724 Lrannounced by Kiev Machine Construction Plant im. M. L
Kalinin (Riyevskly mashinostroltelInyy zavod-U-
501THGE; Izobrotonlynj prorWshlonny7o obraztgy, tovnrnyyo znaki, no. 1, 1966, 121-122
TOPIC TAGS: bushing, shaft, speed regulator
ABSTRACT: Thin Author Certificate presents a continuously variable variator of the
number or revolutionn of-an output shaft. The device contains conical sliding discs
with control lovers on two parallol shnfts. The disks are spanned by an endless
flexible traction organ, the tension of w1iich is controlled. To reduce the dimen-
sions of the variator without reducing the transmittable power and to increase the
stability of the nwnbor of rovolutionn, it in equipped with an additional shaft
situated betwoon the shafts with the sliding disk nd parallel to them and having
a threaded stem, Rigidly attached to the addititniol shaft are two cams and a bunh-
ingp a contrcl nut that rents on the bushing, and a nelf-stopping screw pair
with a corm par connected to the bushing by a sliding key.' The control lovers are
f._' 1/2 IMPIr A21_A;.~_SAIA

L 04255-67
CC NR' A116005377
FIgs lo I - additional shaft; 2 - threaded otem).6
3 and 4 - cama; 5 - bushing; 6 - control
LI
nutj 7 - self-stopping acrev pairl
8 - sliding kwy; 9 rollers of control
levers
LA~
double-beat and armless, are equipped with rollers which interact with the came,,
and are hinged in the housing. Orig. art, has: 1 diagram,
SUB CODE3 131 SUBM DAM 3ONov64
fv

YAXCVC=t lilkolay Stepanavichl CEERIMOKOVi Va.1sutin levgOn'70vich;
.MMU, Mikh*13-Petrolrich; BARSMV, YU.K.p kwid.fize-matem.
mak, kand.tekbn.nauki TLMOVAq
Zoys, red*l TSALv Rolop tekbnrede
(Jumtion transistors] PloskoetWe transletorY, Leningradl
Gmeoiusmom izd-vo mdootroit.prom7ohle g 1961. 262 p.
(Transistors) (MIU 3.4s7)

PHASE I BOOK EXPLOITATION SOV/5770
Yakovehak, Nikolay Stepanovicb, Valentin Yevgenlyevlcb Chelnokov,
and Mikhail Petrovich Geyra4n
Ploskostnyye tranzistory (junction Transistors) Leningrad, Sudpromgiz,
ig6i. 262 p. 15,700 copies printed.
Reviewer: Ya. K. Barsukov; Scientific Ed.: S. Ya. Shats; Ed.: Z. V.
Vlasova; Tech. Ed.: R. K. Tsal.
PURPOSE: ThIs book is intended for radio engineers and scientific
personnel concerned with semiconductor application, and for
students In this field,
COVERAGE: The authors present the general fundamentals of the physi-
cal processes occurring In the p-n junction and in junction tran-
sistors. Basic calculations of various transistorized circuits
are given in detail. Certain shipboard transistorized inBtru-
ments are also described. Source materials Include original arti-
cles and monographs, as well as works of the authors themselves.
C ard z- 1/7.,

Junction Transistors
SOV/5770
Chs. I and II were written by V. Ye. Chelnokov, ChB. III to IK
and the appendix by N. S. Yakovebuk, and Ch. X by M. P. Geyfman.
The authors thank Yu. K. Barsukov and V. I. Stafeyev (Candidates
of Physics and Mathematics), S. Ya. Shats, Candidate of Techni-
cal Sciences, V. M. Tuchkevich, Professor, L. Chizhov, and A, K.
Yakovehulc for their help. There are 57 references: 28 Soviet,
28 English, and 1 German.
TABLE OF CONTENTS:
From the Author3
Accepted Symbols
4
Ch. I. Basic Notions of Semiconductor Physics
1. Structure of the crystal lattice in semiconductor ma-
terials 7
2. Energy-band diagram of a semiconductor crystal 9
3. Intrinsic conductivity of semiconductors
Card 2/7

GlYFMN, F.-, ROZ111, B.
Ufll~ of statistical motbnds of analyein In entablishing work
otandardo for farroug Tontallurgy. Biul.nauch.inform.1 trud I
nar.plata nn.5:1-11 '59- (MIRL 1?:6)
(Imn industry) (Production standards)

SUKOIKIN, IP.; YBVDOKD40V, P.; ROZII, B.; GITYM, R.
Work on the simplification of waga calculations. Sots.trud
no.6:106-112 Ja '57. (MLRA 10:7)
1. Nachallnik otdelm trada i sarnbotnoy platy Leningradakogo
vagonostroitelluogo savoda Iment Yagorova, I.Te. (for Sukonkon).
2. Starshty inshener otdola truda i sarabotnoy platy (for Yovdoklmov).
3. Mmoballnik normativno-teeledovfttellskoy laboratorit po organt-
zatsil proisvodstva i truda Zlatoustovskogo MetRIlurgicheskogo
savoda (for Rosin). 4. Starshly inzhener laboratorii.
(WagaB)

GIUM, 1. 1 ROZ3. B.
-----------------_-----
Istablishing norms for machine-manual work in metallurgy. Blul.
nauch. inform.: trud I zaro plata 3 no*8:19-24 160.
(MIn 13:9)
(Zlatoust--Ketallurgy--Production standards)

,~Eymj R., ROZINO B.
Practice of studying working time by the method of intermittlant
observations. Bull. nwah. Inform.: turd I zar. plata 4 no.2:15-27
,61. (Steel industry) Time study) (MIRA 14:3)

SO V/i.)7-5'1- i- Arj
T-anslation frorn: Referativny), zhurnal Metallurgiya, 1954, Nr 1 , 1) 25 (USSR)
AUTHORS: Rozin, B - B ., Gevfman, R5
TITLE: On the Integral Mechanization of thc Follov.-up of Smelting Charts
(K voprosu o kornplAsnoy niekhanii'-051: tit- ""cla lll~lterialo~' .11'a%-l1:1Ivk1l
I.a rt
PERIODICAL: Tek-lin.-olkon. bytil. Sov. nar. kh-va Ght-lyrib~ ekon adl-11. -Ila,
N56, Nr 1, pp 41-49
ABSTRACT: The smelting chart (SC) is the fundamental ii-tial document %vhicl
reflects all the technical and econornic indexes of a smellint, o~)cra-
tion. The materials of the SC are processed \.%-ith a broad application
of mathematical- statistics methods. To determine the offect of
various factors, specialized prototype punched cards are being de-
veloped. Several examples for the construction of specialized
breadboard computers and !ypvs of cvit klat loll ill tilt, 'xorksilop of ilw
Ziatoust plant are adduced.
D. P,
G a rd I

AUTHORS: Rozin, B.B.)and Geyfman, B.S., EnEineers 133-1-13/24
TITIE: Financial EncouraGement for Rollinti: with Minus Tolerances
(Material'noye stimulirovaniye prokatki s Liinusovjmi
dopuskami)
PERIODICAI,- Stall, 1958, No.1, PP. 51 - 55 (USSR)
ABSTRACT: In 1957, a system of accounting for rolling products was
introduced. which gave financial encotira!'ement to produce
rolling products with minus tolerances. The accountinG system
was based on the theoretical weieht of a rolled product. The
authors point out that the system Eives little encouragement
to operating personnel as it has only a small influence on the
level of wages and they propose to modify the system by calcu-
lat-ing planned coefficient of metal consumption without taking
into consideration the possible economy by rolling with minus
tolerances. Due to a large number of small orders, difficulties
were encountered on works in calculatinL:~, the theoretical weight
of rolled products. Various methods of calculating tested on
works are described and a method based on the summary length of
rods in a packet is proposed. There are 3 tables.
ASSOCIATION: Zlatoust Metallurgical Works
(Zlatoustovskiy metallurgicheskiy zavod)
AVAILABIE: Library of ConEress
U~.ird 1/1

,,0V/'- -5
AUTH016: Rozin,, B,B. and Geyf~-U~ EaGineers
TITLE On the lndex oP-1~~our Vroducti-aity in the N!a-in iirancJ1,z,,s
of -the Iron and Steel Industry (0 poluizatele pr,)izvodilt~.'].~--
nosti truda -,r osno-qnykh metal lurgi sk -~ kh pi(AzvcdStV.U'?'.'
REMDICAL:Stall, 1959:. lair 2~, pp 167-169 (115SH)
AB113,11RACT: This i~i a contribution to the previously published papeT--:
on the subject (ref-l and 2), In Llie view of 4 the pjvseY-"J
authors there should be two types of labour productivity
indices: 1) total labour productivity index for tho whol,~
works vehich can be used for the determination of the
dynamics of its ehane;es and 2) the, laboa
e -r I)roductivity
index for main metallurgical aggregates, which is used for
the comparison of the )roducti,%rity levei achieved on
similar aggregates and for the analysis of dynamics of
its chan6es. Factors whic;i &iould be taken into
Card 112

30';/l 33-5/9. -2-22/26
On the Index of ItLbour Productivity in the Main Branches C)f the
Iror- and Stet~l Industry
conside ration mien deturmining th--:~ above productivity
aro dii3~ussed.. There are 21 Swiie'u referenc--s
ASSOC 14001011 -. hletall-IrGiches~iiy '~-'javod (.,I,-ttoast
hiCtallurgical Viorks)
Card 212

ROZIN, B.;__~LHYFIWI, Rx
Urgfintly needod changes In technical standardization in metallur-
giml plantn. Sots.trud 4 no.5:81-84 My '5 9. 04IRk 12 - 8)
(Iron industr7-Froductint standards)

SOV/13~-59-5-27/31
AUTHORS - Rozin, B.B. rAnd Geyfman, H,S., Engiaee 9
TITLE: From tho Hxperience of th~3 Laboratory of Organisation
of Production and Labour (Iz opyta raboty laboratorii
organimitsii proizvodstva i truda)
PERIODICAL: Stall, 1939, Nr 5, pp 462 - 464 (ussR)
A13STRACT: On the basis of studies and application of statistical
analysis to data collected, the above laboratory worked
out a method of calculating production norms for melting
and rolling shops as well as some auxiliary shops. As
a result ofthe introduction of their recommendations, the
anomalies in the earned pat ti~,a removed and the available
staff more efficiently utiliscid.
_tovskiy metallurg',-~!-eskiy zavod
ASSOCIATION: Zlatou~
(Zlatoust Metallurgj.--,;t1 Works)
Card 1/1

0
*
AUTHOR

TITLE, 'As Ws-
1\
c 1" s!
-
-
P--;'RIGDICAIL: 'a
S '
a-
,
,7noad trar.SP()r
~
,
'
dea1s ;-;-lth 'he
i
ABS7RACT: 4
n a
.
On :"Is-s, and a more
ser':lce'
imprc-vemenl of frel-ght
'
)r'aticn-
n~'

j,
, a n' R 9 p.
,'ru
-)C~4 -al
0!- -he tot
-
.
a t
- /t
ca
an', a,
4
-
a expense
-
c~' a me-.a,, ,,,rzlca" z, ensarli-ng,
2o=
blamed on. the
i ,
The
s
7 ~'d there
nor 4-s
lull loaalng
7~-- ne*..; system
ra-~e based
a r. a
1 ~2

Sl*
Me t a I r 1. al T)!
r
ars
-ot'~ nai
-iJ S~: urn
re J J C!.:.!:
ASSCCIATION; 2 In Pla ~-C o:: ~~e a
,.i rz c) i
Card

AUTHORS Gurevich,Yu. G.,
Engineert Khasin,
TITLS; Pouring 1X18WqT
ith Petrolatum
S/133/60/000/012/005/015
'054/AO27
:3ngineer, Rozin, B.B., Engineer, Geyfman, R.S.,
G.A., Engineer, and Okhrimoviah',_B-.ff-., -Mginue-r
(lKhl8N9T) Type Steel in Ingot Molds Coated
HRIODICAL3 Stall, lq60, No. 12, pp 1,096-],098
TIXT: Since 1959, the Zlatoust 11,11etallurgical Plant, when melting
the IKhlBNgT brand steel by bottom casting, has applied petrolatum instead of
carbontetrachloride for the "self-coating" of the 2.7 ton ingot molds without
changing their form and their weight. In the establishment of the new techno-
logy, P.P. Menushenkoy, A.K. Petrov, S.K. Filatov, P.I. Vasillyev, V.N. David-
yuk, and M.V. Loktionoy took part. The smoothness of the ingot surface was
assessed by the specific labor spent on removing surface defects from 1 sq m
of the metal (by reference to photochronometrie observations) and the test
results were analyz3d by computers. Altogether 472 tests were carried out in
the course of which the influence of several factors: temperature, holding time
of the metal. in the 1ILdle, the velocity of pouring into the ladle, were in-
Testigated, for both kinds of coating separately.
Card 1/3

S/13 60/000/012/005/015
A054.X027
Pouring IXIN9T (lKhl8N9T) Type Steel in Ingot Molds Coated With Petrolatum
The tests showed that when the 2-7 ton ingot mo'As were coated with petrolatum
(maintaining the conventional technology used for the lKhl8N9T brand steel in
other respects) the surface of the improved and the time required for removing
surface defects decret"ed by 15-20. As regarda the time required for defects
removal, the following data were obtained in two shops-
A/
Temperature: 1,5500C I 1580-1,6000C I 6000C
with petrolatum coat.ing,min/m2 40.1 51.0 88.7
with CCI. 4 coating it 77.5 66.0 66.9
B/
with petrolatum coat i.ag, min/M'2 100.8 100.9 113.0
with CCI 4 coating to 117.1 134.0 148.7
These figures ihow that petrolatum coating is superior to CC14 coating under
lp6000c. The relationship between the quantity of metal to be subsequently
scoured and the time of pouring into the ladles coated with petrolatum was also
investigated and it was found that if the pouring time was under 2 minutes, 40
and 71% of the metal had to be subsequently scoured, if between 2-3 minutes:
Card 2/3

S/133/60/30,0//0 12/005/015
A054A'O27
Pouring 1X18H9T (lKhl8N9T) Type Steel in Ingot Molds Coated With Petrolatum
26.0-55-54 and above 3 minutes: 0.0- 31.a~o (the first figures stand for Shop
A, the secona for Shop B). These data show tha- if the pouring time is shorter
the ingot surface deteriorates rather suddenly, which can also be proved by
the defects removal times in function of pouring time;
Pouring time, min 2 < 2 2-3 > 3
Average cleaning time, mi./m
shop &
with petrolatum coating 6o.4 46.9 35.5
with CC14 coating 78.0 75.5 45.7
shop B
with petrolatum coating 116.0 109.2 95.0
with CCI coating 129.0 145.4 114.0
Thus, whin pourinig time is longer than 2 minutec, the labor requilred for clean-
ing the in,,rot surface decreases by 25~~. Tests carried out on the same subject
in roll shops yielded analogous results. There are 3 figures and 4 Soviet
references.
ASSOCIATION: Zlatoustrjv4ciy metallurgicheskiy zavod ( Zia* oust Metallurgical
Plant~ Chelyabbiddy politekhnichoskiy institut (Chelyabinsk Polytechnical
Institute)
Card 3/3 '

IWZIN 9 Bentsian Brosovicho insb,, I A"ilovich P-
BRIUKRAN=Op S.A., red.; ERUSHTM, A.I., red. i'zd--va;
ATTOPOVICHI DIA., tekhn. red.
(Mathematical methods and computer techniques in the organi-
zation of iron and steel making processes] Matematicheskie
vatody i schotnala tekhnika v organizatsii metallurgicheskogo
proizvodstva. Moskva, Metallurgizdat, 1962. 126 p.
(MIRA 15:5)
(Punched card systems--Metallurgy)

'0
RMIN) B. I
Pmaent-day objectives of the establishment of technical norr.-.s*
in metallurgy. Sots. trud 7 no.8:72-78 Ag 162. (MIRA 15:10)
(Metallurgy-Production standards)

ROZIN, B.B., inab.; GEYPMAN. R. ., Inzh.; DANILOV, A.M., inzh.;
SLASHECERVA, X7rRW,-,J"DURHVICH, Yu.G., kand. tekhn. nauk
Statistical aftlysis of causes for changes in the Impact
toughness of XWPA oteel with the use of punched card
computer saahimmi. Stall 24 no.1:74-77 is 64.
q0"P. (MIRA 17:2)
1. Zlatoustavokly metallurgicheaRiv zavod I Chelye6binskiy
politeRhnidwskly institut.

UMIAK, R.S.
Vsing mathematical methodn and e],~ct-in~c dqt~-rmir,-Irnr,
the coefficient of difficulty in products. Met.
i gornorud. prom. no.6:32-34 Ij-D li"', 1e:3)
-, I

ACC NR, AP60,10050 .50URGE CO:)-'-': Uii/c)l~33/~)6/()00/001/0042/0044'~
Wi*:K11: k; ux ev i e I IY-'1 (Cund"date of technicni B. 13. (71~ngineer);
el-7a,blitisk Polytechnical Institute (Chelyd'-JinsJ(iy politekhrucheskiy in5titut);
metallurgicheslkiy zavod)
TITLE. Use of puneh-card tabulators in statistic~.l w,.alysis of operating conditions
fc-. electric furnaces
SCiORC---- Stall, no. 1, 1966, 42-44
TOPIC TAGS: arc furnace, statistic analysis, p=ched card, industrial imnagement,
da-ua analysis
AESTPMT: The authors use the simplifiod matubod ITOPOSod by Sokolov (A. N.
Sokolo-v, "High Speed Stael Smelti~~ in Arc Furnaces Mash9iz, 1960) for
ostablishing electrical characteristics of arc furn4s" from observations
o,-L' melts. The initial information is subjected to statistical analysis on:.,
punch card tabulators so that production data may be used to account for
the offecl- which variable operating conditions have on the principal techni-
cal and economic indices of the furnace. A program s briefly described
for organizing the info=tion on punch cards for mechanical data analysis.
The machine output is in the form of tables for relationships betiseen the
basic parameters of the furnace (e.g., melting time as a function of input
power)* Tho tabular data are then used for plotting empirical regression
lines. Those curves are then used as a basis for derivation of 92~~zing
equations. The proposed 1. method of .analysis iray be used for vario-us types oT electric
furnaces and various,ggadjs of steel. Orig. art. has: 2 figures, 7 formulas and
~ SUBM DATE: none / ORIG REF; G013
1j,
'#.AD UDG!, 619.?W4.RZEF*- 001

GURVICH, Tu.G., insh.; ROZIN, B-B-i insh.; GRYMAN, -R-S. inzh.;
ZRASIN, G.A#, Lnxh.; OMIMOVICH, B.P.. inzh.
fturing Ml8N9T steel with petrolatum coating of ingot molds.
Stall 20 no. 12:ID96-lDgB D 16o. (MIRA 13:12)
1. Zlatonstovskly notallurgicheakiy zavod i Chelyabinakir
politaklinichaskiy inatitut.
(Steel Ingot$) (Petrolatum)

KHASIN, Gerah Aronovich; OKHRIMOVICH, Boris Pavlovich; DAVIDYUK, Viktor
nikolayevich; ROZIN, Bentsian Borisovich;,-_G.EYFMN Rona,
Samuilevic!~j MIKHAYLOVA, Ye.P., red.izd-va; OBUKHOVSKAYA, G.P.,
.e . red. . .... - - I
(Pouring of alloyed steel with the use of petrolatum I Razlivke.
logirovannoi stali s petrolatumom. Moskva, Metallurgizdat, 1963.
44 P. (MIRA 16:3)
(Steel ingots) (Metalworking lubricants)

FIRT, P.; SHTIMM. 0. [4erba. 0-1; BEDNARZHIK, T. []3edna-rfk, Tj
Vaocular anlLStOMOSiS without angiorrhaphy. ]Ckap.khir. 4
no.2:211-30 Mr-Ap 159. (MIRA 12:5)
1. Iz Inatituta klinicheskoy t ekspertmental'nov khirurgii v
Praga (dir. B.Shpachek) I Instituta gematologit i transfuzii
v Prago (dir. - doktor med.nauk prof. I.Gmheyshi).
(BLOOD VESMU. surg.
anaetomosis with fibrin ring & without
suturing In animals (Rua))

ELVDNARZUK, T.; SIITIMM, FIRT, P.
Fibrin muff for joining blood vessels without sutures. Probl,)gemat,
i peral. krGvi 5 no.2:39-42 F 160. (MRA 14:
1. Iz Instituta gematologii i perelivimiya krovi i Institute.
kliniabeskoy i eksperlmentallnoy khirurgii v Prage.
(BLOOD VF.SSESI,-SMWM)

I ,
I .. 1 4, ~ ::I I , . .; - 1.
. . I . .1.
., '. t. - - , - , ~! ` , - , .,. - , " - I I . .
. - I I I . . ~ 1 , , : , . . - 1
I , , , ! - , 1 ~ * I ~ . -, '' !~ . - - '~ ~ . : . . I , . -.11 - , 'c : .
i I I-
I - I . - , I , ,.- .I.'i 'I .

FIOSHINA, Galins Ivanovna; PBYGZR, B.Ta., red.; red.;
BMJDNO, NJ.,
(thmgariam-Husslan geographical-geological dictionarvj Vengersko-
ruaskii, geologo-geografichaskii alovar'. Pod red. B.JA.Geigern.
Moskva. Glav.red.inostr.nouchno-talzim.slovarei Fiznmtgiss, 1960.
259 P. (MIRA 13M
(Geography-Dictionarisa) (Geology--Dictionariee)
(Hungarian language--Dictionaries--Rui3stan language)

KISESH, Tibor Kiss, Tibor] L.2~ ~13ya.. [translator]; RAYEVSKAYA,
E.S translator]; BRACREV, 13.1,tranBlator]; SYNO7,-7, ~L-V 4,
.11 ., 1u Ya.,
A.1:~translatorj; ALEKSEEV, I.G., red.; OLIFFUCI,
red.; KIIARIKOVSKAYA, L.M., takhn, red,
(Economic cooperation of socialist countries] Pkonomi-
cheskoe sotrudnichostvo sotsialisticheskikh etran. Mo-
skvaj Izd-vo inostr. lit-r:.,, 1963. 194 p. Translated
from the Hungarian. (MIRA 17:3)

I I ..
,:n '~ \ ~-1 .1 '. ( )
aio,IN. (". A.
P-",
lAnovich-Chainskii's method for skin grnfting following rndiCA1
surgery an the ear. Vest.oto-rin. 20 no.1:108 Ja-F '58. VMA 11:1)
1. 12 Begovatakoy gorodakoy bollnitay.
(DR--SURORRY) (SKIN GRAFTIRG)

ORYGINA S. I.
W"W"1UWWftk
Development of diphtheric infection In animals following a single
inoculation with native anatoxin. Pediatriiag Moskva N4~.1:13-20
Pay-June 50. (CLHL 1q:4)
1. Of the Central Scientific-Control institute Imed Tarasevich
(Director--S.I.Didenko).

GEYMNs D.S. Ldeceaeadj; 110KAIMPICH, Y.N.; SIDYAKIN, V.G.
J91ectric properties of polycrystalline selenium vith halogen
impurities (Br2.Cl212)- Fiz- tvar. tela I no.2:218-226 F 159.
(MIRA 12:5)
1,Xiyevskly politekhnichookiy institut.
tSelenium-Blectric properties)

MOGEIMVICH, Ilrof.p red.; Z111YEV, h.V., red.; GROW,',
K.L.p red.
(1-later-laln of the First Scientific and Practical
Conference on Physical Education SportS, Medical
Inspuction, 'ind Exercise Therapyl Mater"'aly Pei-voi
nauchno-praltiche.,koi. konforentsil. po fiziclieskorm
vospitanilu, sportu, .Tachebnomu kortrollu i lecheb-
nol fizicheskoi kullture. Perril, Fermskoe otd-nie
Vsea. nauchno-med. ob-va po vrtichebnorm kontroliu i
lechebnoi fizicheskoi kullture, 196'.. 78 P.
(MIRA 17:7)
1. Nauchna-prak tic heskaya konferentflya po fizicheskomu
vospitaniyu, sportu, vrachobnumu kontrolyu A lechebnoy
fizicheskoy kullture, lst, 1963. 2. Glaviiyy vrach Pem-
-kck-o oblastnogo vrachebno-fizkiillturnogo dispansera
(for Geyk)mn). 3. Permskiy meditsInskly instltlut (for
"~.ogeiiduvich) -

~!_ACC NR,_*_,&T6O36527__ SOURCE CODE1 umlil666-6-16616ci6lo66lo3jL210113"
MrLiloa: Goykhman, Ke Le; 14ogendovich, Ile Re
ORG: none
TITIZ: Human mchanisms of adaptation to an anti-orthostatic posturo P-apor Prosontc~
at the Conference on Problems of Space liodicina hold in Mosco,,r from 24 to 27 '.:ay 1966.7
SOLTIRCZ: Konforontuiya po problemam koundohookoy moditsiny, 1966. Probleviy kosmiches-'
key noditsiny. (Problems of space modicine); materialy konferontsii, Moscow, 1966,
112-U3
TOPIC TAGS: orthoutatio test, cardiovascular systan, human physiology, biologic
acceleration offset, space physiology
ABSMCT: Gra .vitational :~trcs's can be induced by an unusual position to which m;n
is ordinaril not. adaptod, namely a vertical position with the head downward
y
(anti-orthostat-Ac ,osture). The form chosen was standin'r on the hands.
This form combines itatic tension with the effect of a gravity vector op-
posite to the vravity vector of the orthostatic posture. In this posture,
there occurs a chanete in venous return due to redistribution of blood flow-
incr toward the head, with an increase in the volume of blood flowing to the
heart and impairment of flow away from the heart. Hemodynamic shifts
were studied by the methods of: arterial oscill,ography, pu-lse tachometry,
Card

-ACC NRi-At6o~6527'- ----- ---
skin temperature, and oxyhemography. Muscle tone was measured by an
-electromyotonometer. Studies were made of 128 athletes.
In contast to the orthostatic, the antiorthostaLic posture is charac-
terized by the following shifts: 1) attenuation of cardiac activity; An-
creased systolic an(] 6ecroased diastolic pressure, slight change in Inean
pressure, and increas~-,d oscillator index; 3) considerable increase in skin
te'n-iperature of the forehead accompanied by inconsequential changes in
the s1dn temperature of the hips; 4) lowered blood ox genation. In the
Y
motor sphere, a sharp increase in muscle tonus in the arms and a slight
increase in rnuscle tonus of the legs were seen.
It was established that strain on the heart is different while holding
'a military press with a barbell of his own weight in an orthostatic posture
and holding up one's own body in an antiorthostatic posture; shifts in ' I
cardiac frequency were diametrically opposite,being more frequent in the
first posture and less frequent in the second. For instance, one 20-year
oldathlete displayed the following cardiac contraction frequencies: in an
active antiorthostatic posture, 79 beats/min, and in the orthostatic Posture
while Pressing his own weight, 121 beats /m&-~L-

-ACC NR, AT'5036527'_--___-*
In a passive ~x...orthostatic posture, achieved by means of a special
a,)paratu;;, myotonoractric shifts were practically nonexistent, and
several diffeeences iii-, hemodynamic shifts were seen: frequency of
cardiac contractions fell off more sharply, but forchead skin temperature
fir
increased less than ia the active antiorthostatic posture. The dilAerence
is explained by the presence in the active antiorthostatic posture of strong
proprioceptive impulsation %v*.-.J1*ch is absent in the passive posture. If
.hemodyn-tmic conditions are regulated in the passive antiorthostatic
posture rna-r.1y by vascular interoceptors, these are joined in the active
posture by proprioceptive regulation (mechanisffi of motor-visceral
reflexes).
It its shown that systematic physical culture training (general, and
to an Zen greater degree, specialized) increases the adaptation of the
cardiovascular system to the antiorthostatic posture. This increase is
accomplished by improving the interaction of the reflex (interoceptive and'
proprioceptive) mechanisms responsible for counteracting the effects of
gravity on hemodynamice. '5. A. No* 22; Ai6 Report 66-lig
SUB COD03i 06 SUBM DAM 0014kyM
Card J/-4

KMIKj, L,B.,, YEGOROVA, Mo; CMKWLAN, K.P.; SKOROSPESHKINA, M.I.;
KARKASHEVA, A.R.; PARMA, A.A.; GUZHAVINA, E.V.;
STEPA1107A, N. I.
Physical development of pupils in the boarding schools of
Perm (according to examination data of 1962), Zdrav. Roo,
Feder, 7 no.6:22-26 Je 163. OTMA 17-- 1)
1. Iz kafedry pediatr1i (sav. - dotsent L.B. Krasik)
Permskogo meditainskogo Instituta (rektor - dotsent T.V.
IvanovBkaya).

Y
Influenza
blc)oo n aC' t
7. Garten! of cex*L.-,iill V; tarlins arf; urim: n j-.r- ie rmti I e
urper re5piratcrj tmicL, ~IodYe~,. 711U,".p 19'2o
-1953, Uncl.
Q. Mmithly !,I,;t 0* RUB:Oan Aroessions. Lill!'!Lry of Con~,'-sn, _LL.-

_4 C- Lf i~ ~ e,,A': ~,
A
GETMAN, I.Z. (Yorzell)
Chenlcnl factors of forest air and their effect in DAthologv of the
cardlovnecular system. Vrach.delo supplement '57:15 (MIRA 11:1)
kFOREST INFLUENCES) (CARDIOVASCULAR SYSTFX--DISF.ASRS)

GEUMM9 L,Z.
influence of the local climate of a coviferous forest on patients
with heart diseases. Vop. kur. fiziotei. i lech. fiz. kul't. 25
no. 3:202-207 MY-Je 160. (MIM 14W
1. Iz Vorzel'skogo sanatoriya "Zvezda" (glavnyy vrach G.V. Litvinov).
(BMT-DISEAM) (CLIMATOIXYS MEDICAL)
(CONIFEW-PHYSIOLOGICA,L EFFECT)

71
Y.
tIM/Madleine - Stmatology Oot/Nov/Dec 48
Medicine - Biography
"Achieyemeata of D. A. Intin (On His Sixtieth
Birthday)," Ye. 1. Bronshteyn, M. K. Geykin, 6 pp
"Stowtologlya" No 4
Deserl'bes career of stomatologist Prof D. A. Entin,
Maj Gen, Med Corps.
A0 18/4 60

GEYKIII ~ 14, K - , dqktor mod. nauk
Chinese popular medicine and its role in Soviet stomatology.
Stomatologiia, 40 no.21lOO-101 Yx-Ap 161. (KRA 141- 5)
1. Is kafedry chelyustno-litsevoy khrirugii i stomatologii (nachallaik
prof. 'M.V.14ukhin) Voyanno-4neditsinskoy ordena Lenina akademii imeni
S.M;Kirova.
(ACUPUNCTURE) (STOMATOLOGY)

CP "K I NY

,J- C
17,0-58 -2 /21
AUT,~ORS. Erivosheyei A.A. and Geyko. A.G.
-.IT 1E, Hermetic Sealin[,; of die Scale-car Cabin (Gje.r niet iZi tz,,~ iya
kabiny vagon-vel9ov)
PERIODICAL. Ueta"Llurg., 1956. iir 2, pp 8 ('USSR).
ABSIRACT. In spite of complete mechan-.sation of coale-,:ar operation
in the -Intake and iveighin.... of charGe materials. `.i; adoption
of hot-s`nter charging at the imeni Dzcr-_hinrk,;_,., (imeni
_L
Dzerzhijiskiy) Works made the drivers conditioii.-,-~ uncomfortable.
The authors describe a sealed and air-conditioned cabin. nine
of which were insLalled a~ the Wor' s in lc'55-5i for oDerating
with sinter at 400 - 450 C). The cabir is provided with tro
windows on each side and the door (facinU the bunkers) is also
glazed. All controls are located inside the cabin, the layout
beini;: shown in Fi[;.l. The air entf~rinC,- the cabin 'is cleaned by
passing over a water-sprayed coke filter resting on a steel
grid over a tank (Fig.2) fixed to the ~main frame of the car.
The tank water is sprayed on the coke with. the aid of a type
700-40 pump and the tank has, doors f'or periodical removal of
the accumulated dust-sludge and additio'n of coke to the 0 filter.
A "Sirocco" Nr 4 fan passes the cleaned air at 18 - 20 C into
the cabin and maintains a -oressure sufficient to prevent the
in[.,.rezs of dust. The adoption of this system is said to have
uard",/2 _i.mproved blast-furnace operation, as well. as the scale-car

Herff-etic of the Scale-car Cabin
130-58-2-5/21
drivers' workiriC, conditions and rates. There a-re 2 figures.
ASSOCIATION: Zavod in. Dzerzhinskol-,o (Ineni Dzerzhinskiy Works)
AVAILABIE.- Library of Uon~.-,ress
Card 2/2
1. Bl"t furnaces-Equipmenio 2. Air conditioning-Humn
engineering

G'-P"fr-,C.f TD. Y()., Canellflatn Wid Sol (dirr) -- "Movpllolo~,,!cal !n thp hrart
vulves in Vlprtnnslon". )-,Ilarllcov, 19,9. 11; pp 7tate. I.YjO Inst), 200
Vopli~s (KL, No 1.7 Ify;Q 1,71~
,p ~ I 'j, I ,

ACCESSION NR: AR4041538 S/0137/64/Ooo/Oo4/DD41/Do42
SOURCE, Ref. zh. lietallurgiya, Abe. 4D248
AUTHOR: Ostrertko, V. Ya.; Yuferoy, V. M.; Oeyko, I. K.
TITLE: Mastering production of pipes from atoll 12Kh6S2M
CITED SOURCE: Sb. Proiz-vo trub. Vy*p. 11. M., Hetallurgizdat, 1963, 7-9
TOPIC TAGS: pipe, pipe production, rolling, heat treatment/12Kh6S2M stetl
TRANSLATION: In the deyelopment of production tochnolory of pipeS from Steel
12YMS2M there was investigated metal of pipe billets of composition (%):
C, 0.12; Si, 1,53; Cr, 5.12; Ph, 0.38; Mo, 0.70; Nb, 0.25; Ni, 0.25; S, 0.014;
P, 0.015. Billets had diameter 85 millimeters and length 900-1000 millimeters.
Experiments for piercing were conducted on the laboratory piercing mill or the
Ukrainian Scientific Research Institute of Pipes. Rolls of the mi.11 had in
pre33ing a diameter of 140 millimeters and angle of entrance and OutpUt Con6B Of
,30301, There were rolIed tent pieces of diameter 35 millimeters and length 90,
Card 1/.5

ACCESSION NR: AR4041538
millimeters. For comparison there were pierced also test piecea of Steel 10.
During rolling they measured the load on the motor of the piercing mill and
pressure of metal on the roller; temperature of heating was determined by a control
piece with a thermocouple. During pressing in the 16% press, a cavity was uncovered
at all rolling temperatures; with increase of temperature dimensions of the
cavity decreased, which corresponded to results of twisting tests. During pressing,
of 10%, openings of the cavity were not observed. Proceeding from given data,
the temperature of piercing was selected within 1220-1250'. Rolling of1pipes
was produced on automatic installation 140 with a roller-type piercing mill.
Before piercing, billets were heated in a Hoffmann kiln for 5MO minutes. During
piercing, adjustment of the piercing mill was the following: diameter of rollers,,;
738 millimetera distance between rollers in narrowing: 76 millimet6rs, between
straightedge3: 83 millimeters; diameter of mandrel: 68 millimeters; advancement
of blade of mandrel- beyond narrowing: 37 millimeters; diameter of housing: 93
millimeters; thickness of wall of housimg: 1.1 millimeters; pressing before
blade of mandrel: 5.3%, calibration of rollers symmetric with angle of conicity:
3*30'. Load on mill motor 850-950 kilowatt. On automatic mill, housings were
rolled in gauge of 88 millimeters applying mandrels 70 millimeters in diameter.
During the first pass and 72 railli eter during the second pass. On the rolling
min pipes were rolled up to a diameter of 96 millimeters, after which they were
Card 2/~

ACCESSION NR: AR11041538
calibrated to finishod dimension 89 x 8 millineters and subjected to straightening.1
Investigation of branch connections cut from finished hot-rolled pipes ahowed
that their metal had a martensite structure and was characterized by the fol-lowing'
properties: 06 , 143 kg/cm2; 010 , 123.5 k9/cm2; a , 6 - 5%, ak P 9.3 kg/cm2
and hardness 30211 . Intermediate heat treatments of ,Apes in the process of
cobi rolling con2atel In annealing at a temperature of 760-780* which ensured
removal of work hardening, pre3orvation in the metal of the structure of granular
perlite and restoration of mechanical properties. On the basis of conducted
investigations there was developed the technology of production and prepared.an,
experimental lot of boiler tubes of brixid 12Kh632M steel.,,-
SUB CODE: IE, HM ENCL: 00
Card 3/3