SCIENTIFIC ABSTRACT SHAPOSHNIKOV, P. - SHAPOSHNIKOV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548330008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHAPOSHNIKOV, P.
Rock as a building material. Nauka i zhyttia 1-9 no.1:16 Ja 163.
. (MIRA 16:3)
(Done tsk-Building materials)

YU.Ya.., SHAPOSHNIKOV, P.K., BABANIN, A..V.; AMITAN, B.Ya.
o' lir'icari- wilh his'amine and intest, -
,- 11 - - - - I - 11 Ina! lava;-res.
Vest. derm.. i ven. 3S no.12i45-L9 D 164. (MLRA Is"s)
1. Glavnyv voyennyy gospitall Imeni akademika Burdenko
(nach~tl'nik general-mayor meditsinskoy sluzhby M.M. Gilenko),
mr! skva.

MIROTVORTSEV, Yu.K.; SHAPOSHNIKOV, P.K.
Two hundred and fifty years of service to the people. Izobr.v
SSSR 2 no.12:39-42 D 157. (MIRA 10:12)
(Moscow--Hos-oitals, MilitarY--History)

TRILISER, T.D., .5HAPOSHIIIKOV, P.K.
Effect of segmental electrophoresis of novocaine on the course of
local radiation damage following radiotherapy*' Vap.kur., fizioter.
i lech. fiz. kullto' 23 no-5:408-410 S-0 158 (MW 11:11)
1. Iz Glavnogo voyennogo gospitalya imeni N.N. Burdenko
(nachallnik - general-mayor meditainskoy sluzhby N.M. Wevskiv)
(RADIATION-PHYSIOLOGICAL MUTCT)
(NOVOCADM)
(EIECTROPHORESIS)

SHAPOSMTIKOV~ P~K. 2 polkovnik mediteinskoy sluzhby; IMIROT11ORTSEVy Yu.K. 9
-------~o-lkovi~medhtsinskoy sluzhby
Combination bath for hydrogymastica and underwater massage. Voen.-
med. zhur. no~ 1i87 Ja 160, 14:2)
(HYDROTMERAPY-EQUIPMENT AND SUPPLIES)

SHAPOSHNIKOV, P.K.
Use of intestinal lavages in skin diseases. Vop. kur... fizioter.
i lech. fiz. kul't. 26 no.6:514-517 N-D 161. (MIHA 15:1)
1. Iz glavnogo voyennogo gospitalaya imeni akademika N.N.Burdenko
(nachal'tLik - general-mayor N.M.Nevskiy).
(SKIt-l--DISEASES) (THEaAPEUTICSJ, PHYSIOLOGICAL)

1,11z;~OTVOI~.TSzV, Yu.K.; S1UPWH111KUV, P,K~
History of the application of physical methods of treatment at the
Burdenko Main Hilitary Hospital; on the 250th amiversary of the
hospital. Vop- P-u-r,,, fizioter, i lech. fiz. kul't. 26 no.6:547-550
IT- D 161. (1~a_L4. 15:1)
1. Iz glavnogo voyennogo gospitalya imeni N.N.Burdenko (nachallnik
general--mayor meditsinskoy sluzhby L.I.Lyalin).
(I-IOSCOW--HOSPITAI.S , KUITAiff)
(PHYSICAL THER"Y)

Jnt ~~tiaza rrigation without
j lavare and I W. 1
t-, (; in thiar, if, ,Vor. ktlr., I`zioter. i I ch. f!7-.
-h in noplu-ol-.L -C.
53'-541 '63. (MIRA 17
1. Iz Glavnogo voyennogo gospitalya imeni N.N. Burdenko.

SHAPOSHNIKOV. R., inzhener; LEVINSON, M.; TRUSH, N., kapitan militaii (g. Pri-
I - :.-. - luki); GIADKOV, B., shofer (g. Til'nyus); MOROZOV, P., inzhener,
Are the traffic regulations rightr Za rul. 15 no.1:8-0, Ja '57.
(Traffic regalationg) ; (MM 10:4)

SHAPOSHNIKOV, R.D.
Designing detector instrumexkts with low current consumption.
Inform.-tekh. Bbor. MXP n6.8:31-35 '58. (MIRA 12:1)
l.Krasnodarski7 zavod elektroizmaritellnykh priborov.
(Electric instruments)

L. L2216-056 EV.7 (d ) IE7,.r P(V /T/F_-,T (k ),/E7?,7F(h -EW?
jjl) !JP(C) %CG/GD/BG
ACC NR: AT6008929 SOURCE ~OD : UR10000/65/ 007000/0130/0136
AUTHOR: Shaposhnikov, R. D.
ORG: none
TITLE: Some peculiarities in the introduction and real-time conversion of
information for supervisory control systems
SOURCE: AN_SSSR. -Institut elektromekhaniki. Avtomaticheskiye i
teleinformatsionnyye sistemy (Automatic and teleiriformation systerns). Moscow,
Izd-vo Nauka, 1965, 130-136
~,TOPIG TAGS: automatic control, coding, signal transducer, information
Trocessing
ABSTRACT: Primary- signal transducers and their output suitable for introduction
into a supervisory control system are considered. Of three input codes - unitary,
7.- 16(,
Iserial, and parallel - the first is preferred; this code is a result oi time
e
quantization of the input; the input variable is converted into pulses whose rate is
:proportional to the input variable. Thus, the unitary code may be represented

L 42211---66
ACC NR: AT60089Z9
either as a frequency code or as a duration code. The minimum modulation
frequency ensuring a specified accuracy of information transmission is figured out.
for 3 rates of information processing: 1000, 100, and 10 msec per interrogation of
one point. The relaxation oscillator can be used for conversion of a primary
electrical quantity (current, voltage, resistance) into frequency or time intervals.'~
As an example, a single-phase -powcr-into-f requency transducer is briefly
,considered. Orig. art. has: Z figures, 14 formulas, and Z tables.
SUB CODE: 13, 09 / SUBM DATE. 14Jul65 / ORIG REF: 003 / OTH REF: 001

SINANYJUI, 11, kand.tekJin,,nauk,-, SIIAPOSHNIKOV, S., gornyy inzh.-.markgheyder
Mine surveying in the mining enterpripe~ of Armenia. Prom.Arm.
5 no-3:-.24-26 Mr 262. (IMA 15 ~4)
(Armenia-Mine surveying)

YAKIININAJ, N.A.; SIW- ROV, I.I.; I-IORDVI-NOVA, N.B.; KUZNETSOVA, H.S.;
K.N.; PEROVA, L.V.;
-9HU,OSB=U,.R,P,;-=LIMAN, E.A., KAZAbHM,
SAUMANDRA, E.G.; SINAY, A.Ya.; SIERISIP-EVSKAYA, Ye..F.; SHABAD, A.T.;
GOLUBEVAJ. T.V.
Biological properties of chusative agents isolated in various
clJmical forms of dysentery. Zhur. mikrobiol. epid i immun.
31 no.3:128 Mr '60. iMIRA 14:6)
(SHIGELLA PAELADYSENTERIAE).

,i,iL-i-ixov, i-,.,
(J~* *, jj~ ~eyp_r~-~!eLr ~oj.ouj.~ i,jc,6,va, 1/,d-vo j,ktAdjemii Lerluj oE.
I - J . - I
lli~~Ur- :".Dr --*r* ,1. 25-~ [ . c ~ i Z~ i6 I i a 'Leku -UcEite I i,- *.
~ f j
~- , 't
IIAC . -~ kt

SHAPOSHNIKOV, S.P., montor
Device for cleaning of coda call contacts and signaling relays.
Avtom. telam. i sviaz' 3 no.8:32 Ag 159. OMIRA 13:2)
1..Kizlvarskaya distantsi7a Sevaro-Kavkazsko7 dorogi.
(Railroads--Electric equipment)

BOGUSLAVSKIY, Alaksandr Ruvimovich; ANDRIffIV, Lev Sergeyevich; SHAPOSH-
NIKOV, Ser e Stakheyevich; SOSHDOV, 0.0.. gornyy inzhener, rereMazent;
tekhnicheakikh nauk. retsenzent; KALMYKOY.
S.G., redaktor; YBZDDKOVA, M.L., redaktor; ATTOPOVICH, M.K.. tekhni-
chaskiy redaktor.
[operator of a scraper winch; textbook for instructing workers in
production technology] Mashinist skrepernoi lebodki; i uchebnoe
posobie dlia proizvodstvenno-tekhnicheakogo obucheniia rabochikh.
14oskva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tsvetnoi
metallurgii, 1955. 196 (MLRA 8-11)
(Winches)

BOGUSLAVSKIY, Aleksendr Ruvimovich; AIMHI'rl, Lev Sergeyevich;
SHAPOSHNIKOV, Sergey Stakheyevich; AVSEYEIICK, A.F., otv.red.;
SINTAGINA, Z.A., red.izd-va; SABITOV, A., tekhn.red.
[scraper owratorl Mashinist skreuernoi ustanovki. Moskva,
Goe.nauchno-tek.hn.izd-vo lit-ry po gornomu delu, 1959. 201 p.
(MIRA 13:2)
(Scrapers)

SHAPOSHNIKOV, S.
Methodical principles of studying the flow of traffic on city
streets. Sbor.nauch.rab.AXXH no.13t203-217 162.
(KM 16:4)
(Traffic surveys)

A,I L- AL-1-1
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The PON"4 0( the evoriontoottal wMmtkm of dm
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of tM cm of pwpw%AKAAw
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10

SHAPOSHUIKOV, V.
~w~bich reolaces sketchiness. Soy. ---oto 18 no. 7:11-13
JI '59. (MVIA 11:3)
(I'hotography, Journalistic)

SHAPOSHNIKOV, V.
Artist of applied photograpby. Sov.foto 18 no.12:73-77 D 158.
(14IRA 11:12)
(Khlebnikov, Aleksandr Vladimirovich, c. 1898-
(Photograp4y)

SHA?CS!P* -YC',')
i V.
Soviet fil't:i ocean. C~razhd.av. 20 no.8:2-5 Ag 163.
(11,11RA 16:9)
(Aeronautics, Conmercial)

SHkPOSHNIKOV, V,
Every'-day instruction in Marxism-Leninism. Grazhd.av. 12
no.2:8-10 F 155. (PURA 16:1)
1. Nachallnik Otdela propagandy i agitatsii Politicheskogo
upravleniya Grazhdansko.go vozdushnogo flota.
(Communist education)

SHAPOSHNIKOV-,--.V-
Let us spare no effort to implement the resolutions of the July
Plenum of the Central Committee of the CPSU. Grazhd.av. 12
n,o.8:1-3 Ag '55. (MIRA 15:8)
1. Nachallnik otdela propagandy i agitatsii Politicheskogo
upravleniya. Grazhdanskogo vozdushnogo flota.
(Aeronautics., Commercial)

SHAPOSHNIKOV, V. -
Few stage of ideological work. Grazhd.av. 18 no.1:2-4 A 161.
I (MIRA 14-3)
1. Nachallnik otdela propagandy I agitatsii Politupravleniya
Grazhdanskogo vozdushnogo flota.
(Comm~mist P3xty of the Soviet Union--Party work)

SHAPOSHNIKOV, V. ----
Father of Russian aeronautics (on-the ocassion of the 40th
-annivp,rsary of the death of Nikolid Egorovich Zhukovskii).
GrazhQ--av. no.3:28 Mr 161. - ., (MIRA 14:3)
(Zhukovskii, N:U,-olai Egorovich,'1847-1921)

SHAPOSHNIKOV, V.
Forces multiplied. Sov. shakh. 11 no.10:25 0 162.
04IRA 15:9)
1. Zameatitell predsedatelya Kemerovskogo gorodskogo komiteta
professionallnogo soyuza rabochikh ugollnoy promyshlennost-i.
(Kemerovo region--Trade unions) (Mdne management)

SHA.POSHNIKOV, V.
The fortieth anniversary of the civilian aviation of the U.S.S.R.
Kryl.rod. 14 no.1:14-15 Ja 163. OURA 16:1)
1. Glavnyy redaktor zhurnala "Grazhdanskaya Aviatsiya"
(Aeronautics,, Commercial)

SHAPOSHNIKOV, V. .
(WRA 18t7)
Fiery yeara. Grfizhd. av. 22 no.5:2,3 W 165.

SHATUNOV, Boris Nikolayevich; KORNYUSHIN, M.Ya.. inzhener, retBenzent;
SIIAPOSHNIKOV, V.A., inzhener, ret8enzent; SLIDIND. L.M., redaktor
izdatel'stva; XYMSON, I.M., tekhnicheBkiy redaktor
[The manufacture of aluminum ware] Proizvodstvo aliuminievoi posudy.
Moskva, Goo. nauchno-tekhn. Izd-vo lit-ry po chernoi i tsvetnoi
metallurgii, 1956. 176 p. (MLRA 9:9)
(Kitchea utensil;) (Aluminum)

S/l26/6o/oo9/02/o26/033
ALTHOR; Shapochkin, V.A. Elll/E555
TITLE Mechanical Properiies of Special.Steels and Alloys
Under High Hydrostatic Pressure 1,~
PERIODICAL; Fizika metallov i metallovedeniye, 1960, Vol 9, Nr 2',
PP 303 - 305 (USSR)
ABSTRACT, The author 6,rith L.F. Vereshchagi has already shown
(Ref 1) that resistance to shear at pressures of some
hundreds of thousands of kg/cm 2 can increase more than
50-fold. He now repor s the study of this effect for
heat-resisting alloysil-and steels, using equipment available
at the Institute of High-pressure Physics of the Ac~Sc.,
USSR. The materials -bested Tere Nr 1 titanium alloy
Nr 2 chromium-nickel steel-and Nr 3 heat-resisting blade
alloy and (for comparisonj steel 45,Vand technical iron.
The results are shown graphically as plots of resistauce
to shear against pressure and also tabulated as ratio of'
resistance at the test pressure to that at 25 000 kg/cm
Test pressures UP to 500 000 kg/cm 2 and over were used
I"-- +-II- also shows ratios of resistance to shear- to

S/126/60/009/02/026/035
Eljl/EaA5
Mechanical Properties of Special Stee s a Alloys Under High
Hydrostatic Pressure
tensile strength. The increase in resistance to shear
tends to rise with increasing pressure. The greatest
effect is shown by the titanium alloy and the least by
alloy Nr 3; the resistance rises faster for all the
heat-resisting alloys than for the iron and type 45 steel.
Above a pressure characteristic for each material the rate
of increase of resistance becomes approximately the same
for all.
There are 1 figure, 1 table and 3 Soviet references.
ASSOCIATION-1 Institut fiziki- vysokikh davleniy AN SSSR
(Institute of High-pressure Physics of the Ac.Sc., USSR)
SUBMITTED. April 15, 1959
Card 'V-2 0

I't"LLUT~' Lv do?tcr tckhn. . ,, pro".;
I -* A.# raih I
..,*aye to lakither the service lUc
block. of diesel locomotivos. Trady
.- IKOV,
SHIA, GSI!I* . V.A. j, in0i.
if the ax-la-mmted wheol-motor
;-II.-,.IrL no.,-4:112C--260 064.
(" mm" 19: 1)

SEAPOSPIN1,11KOV.9 V A N15
755-Al
Novoye v remonte teplovozov (Opyt Depo Gudermes) (What's New in -S5
the Repair of Diesel Locomotives; Eyperience of Gudermes Depot)
Moskva, Transzl;eldorizdat, 1952.
52 p. diagrs.

SHAPOSMfIKOV, Vladimir Alekes.ndrovich; SIVAK, V-Ye., inzh.. red.;
.- - I~ihovA' - Ye...IT.-,I tekh.n.red.
[The maintenance of diesel locomotives] Ukhod za teployozom.
Moskva, Gos.tranapabel-dor.lzd-vo. 1957. 121 p. (HIRA 11:2)
(Diesel locomot ives--Ha intens nee and reDair)

--rej t o repair ~.,perati c-nu
"I.Ves-Vai-itenance and

SILA,POSHNIKOV, T.A.
Mechanization and automatic control of cupola charging, the
shakeout and cleaning of castings. Lit. proizv. no.1:35-36
ja 63. (MIM 16:3)
(Foundries-Equipment and supplies)

86651
S/11~/60/000/011/007/009
~F,60oO (IP4711o,?yjIls"~) B012 B054
AUTHORS: Nikolayenko, N. S. and Shapqshnikov, V. B.
TITLE: Scaling Device Made From Semiconductor Triodes for the
Integrator
PERIODICAL: Priborostroyeniye, 1960, No. 11, pp. 18 - 20
TEXT: The authors describe a phase-3ensitive device with semiconductor
triodes which can be used as scaler in a thermometric integrator. The
mode of operation of the integrator is based on the successive summation
of time spaces which are proportional to the temperature measured at each
point of time. The said device with semiconductor triodes serves for
amplifying and transforming the a.c. signal. The phase of this signal
corresponds to the position in which the signal taken up by the
synchronously rotating rheochord, and compared with the signal proportional
at the respective moment of the object temperature, is weaker than the
reference signal. The difference signal with a frequency of 50 cycles is
transformed to impulses with 1.56 cycles. These impulses are fixed when
+~,- ~Al~kv rpqnonds. The relay operates the mechanical counter which works

86651
Scaling Device Made From Semiconductor S/119/60/000/011/007/009
Triodes for the Integrator B012/BO54
at an input signal of a certain phase. The number of impulses is
proportional to the amount of heat. The present device is intended for
temperatures of the medium between 0 and 50 0C. Fluctuations of the feeding
voltage amount to +10%, those of the frequency to �5%; they do not affect
the work of the device. The threshold of sensitiveness is 10~Lv. It is
pointed out that it is possible to construct an integrator with a minimum
number of contacts and very small dimensions with the aid of semiconductor
diodes and triodes. The cost of such a device is, however, very high
(synchronous motorl) as compared with usual scaling devices '. The figure
shows the basic circuit diagram of the device, and the table the rated
values of resistors and capacitors. The power preamplifier consists of
five stages. At its input, there is a transformer with a transformation
ratio of 1:1. The circuit scheme of the amplifier is similar to that
described in Ref. 1. The graphical-analytical method of Ref. 2 was used
to calculate the power amplification factor. The amplification factor is
100 db. The input signal amplified by the preamplifier passes over an
intermediate transformer to the phase-sensitive stage, and then to the
formation stage where rectangular impulses are formed. The formed impulse
then reaches the inDut of the 9-cell scalin& cirnuit. each cell beina ;t

00b).L
Scaling Device M .ade From Semiconductor S/11 60/000/011/007/009
Triodes for the Integrator B012YB054
trigger with two stable pos 'itions. A model of the circuit described.was
made and tested. The test showed that the de 'vice guarantees perfect and
reliable work; if the production cost could be'reduced it would be widely
used. There are 1 figure, 1 table, and 5 Soviet references.
Legend to th4 figure: Basic circuit diagram of the phase-sensitive device
with semiconductor triodes; T I - T20 triodes, Al(D,) _'1~17 (D 17 ) diodes-
1) Transformer.
Legend to the table: Rated values of resistors and capacitors: 1) Resistor, V
2) value of resistance in kiloohms, 3) capacitor, 4 value of capacitor in
microfarads, 5) value of capacitor in picofarads, 6~ Note. All resistors
are.of the V~,IM(ULM) type; the capacitors C 2, 4, 6 are of the MFM (MMIT)
type; the capacitors C 1, 3, 5, 7,-9, 10, 11, 12, 13, 14, 15 of the 31-0 (ETO)
type, and the capacitors C 16-30 of the 31M (BM) type.

86651
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DUBUIN, N.G.; SHAPOSIRTIKOV, V.D.- IWI40VAI L.T.; SALISHCHEV, D.S.
-- --
Cutoff stoping. Trudy Inst. gor. dela Sib. otd. AN SSSR
no.3:155-175 160. (MIRA 14-4)
(Stoping (Mining))

DUBYNIN, N.G.; SHAPOSHNIKOV. V.D.
I- - ~ - I - - w - ----
Uprasing by means of boring deep~plastholeq. Trudy Inst. gor.
dela Sib. otd. All SSSR no.3:176~iV 160. (MIRA 14:4)
(Shaft sinking) (Blasting)

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P AA 5C I,L LV tt %
f. tL j h L a t.

Determination of water In the alcoholic fractions ob. .00
fained In the manufacture Of %Tnthatic rubber I condensate
'
-00
mad higher alcohols). %
- 6- Shaj~hnik,ov and N. A. .00
06 1 K21inicheva. Sinlet. Kauehuk 1934, NO. .1. 33 M.- The
so 8 Ift-til. of water in conden"te of the appro%. #-~
-00
tillf 57.:15, ether 3AX). aldchvile 4.10. lj%:djwArl.,n. '00
00 11""1l 2-4x~- 'It" W-25 an lk, donl, nioll Kl;.
00 &% A Atd- wltn. ,v a, ignited *alt. Tc, l1k. 111,
00
Ihl~le Amuld be added 2:Z A% A COn't. Imror. Th, :00
04
.mon is then withins, 1% limit. TOdet. small quantities
,f water the CaCt method can be uqed. in which cae iltv .00
:
Miden%ate is treated with crerned (20-mr,h) CaC, and ~00
00 the liberated C.11, vullecitil liver N*CI -in. otd. with

00 k"11, Thi* ioohod high -ult, in tbr pr-etwe If .00
l""Alodlux onlok. tbivinvi, p-endolattvienr and high
00 prol-ftions .1 ether) Ixcause the reaction I., exothermic
and the valIors of low-boiling compels. are caught with the .00
Clilt. The pteckion I,( the nirthod I* I A. N. 11. 00
00 -
-00
00 ~00

00 .00
00 ~60
06 -~o 0
06
00
0 a 0 0 0 0 0 0 a 00 0
0
0
0.0 0 0 0
,00*04000000 0600060000
0 0 0 0 0 a 0 1/
000000
of 0 0

0 0 0 0 4 o 0 0 0 0
9 0 0 0 0 0 0 0 a 0

i. L N
L A It f
W V
1
-
! -1 t
............ .

ustermiuation of butyl and higher akohols In the
condensates and butyl fractions by asiting out with calcium
chloride. V. G. Slialk-linikov and S. E. Ilitwhulk.
1,.Jxg Goskidarit. Opi-IU-n"a Nikilrj. AU..;kuka Litem
0 B. I 11. SylArfew Rah1w 104 M MM - IL PnIr hundir-I -00
.1 04 1,460 10' " 11111 M Illf"llith a
I"Ut -bultv %I,. it liglat IIAL-181111% Air In"-w -00
Ilk, firInAIIIIIHIC ISIM-I. 1. 1 ..... 1~~l ..I Distill .11d -00

littler Ak-.%. is snvw~kuttil atid 4 - Inimtittl oll unit uilli'j
1,

0
.Ut With 20 IV. olf CSCII .411. 4, - 1.161 wbkll va, .
pillintill"lliv -1,1, Willi linoll. Iliv '.14IIIIIII.In I.Clini"I
-nt in . xW- Nutt I I.. ~H L,%,r -niant,
,Utill. Ingli.t oth". and 0.". thr Litt.t
-611 &1'l I'll kllhhnk~ 3:11-111 14 111-H
IIvdr'waztx'II lairti, which 1111w I~ ~Ubllknit-d lion. [hr o

wul.k%kinduthcr z
o
A A. H-litlinelk ;.o 0

00

1

00 0

is
'I k" I,
it n n it "t .Ij .1 00
0 0 0
74 0 0 0 0 0 0
0"'
0 0 0 0 0 0 0 0 0 0 010 4 a 0 0 0 6
0 0 0 0 0 0 0 0 0 0 0 0
0
0
0 0 0 9
0 0 111 a 0 0 0 0 0 0 q 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 *0

s 1 4 It u It 14 Is
A -4-L
GOA
00 Ar D~Urm4n-.UM Of UW dmwvdka Of unmtumtion
al the high&r alwbal- 8CRAP0sPAjg&0j:'
00 and N. A. KAUWMMMVA '(T?W -G4-Ud--OFp-. 7AV.
00 Sintat. KsawebujuI, jn4, 13, 'til, IiO2117).-
'000 Analyses were oarrbd ost by, hydrogwwtion. with pt
-Ni -t-IYBU '60d bY the Ploommund. Br titri.
metric method JOU.. IM, if, SM; B., 1924,23).
CEI. ABs. (e)
1, A 1 1:1 L A a[TALLURGKAL LFTEItATURE CLASSIFKATPON
u "% AT No u solaw "it mv Mit
. A # . . I
To r CIE in I C IV
a IT to a it . a W a
441 00 V 00 00 00 00 *0 0
'llocttill AND #$0Pt41l4j M041
.00
1100
1*0
0 0
goo
IF see
ZOO
see
xO*
goo
=00
Aft 1 0 rho 0 0 v I to N li A13 a 3 9 v

0 0 0 0 0 0 0 IF 0
0 a 0 0 0 6
0 0 6
0
0
0
4
0
0
0
4
0
0
4
0
q
0
0
01
~ 11 n .4 ~ 1; v J~ . 1) 4 1 . 1, . 1 1, 1)
It P.

-00
00 U40048 forthtt &twmjaadm ala"w6hyda.
-
kh .00
4. A. Kafin
eva.
18
M&L ... f4avasaud.
0 jkdwAuka IjIsta B.
ti-
IV i
v
c
I 1
A
i-
.
n
"
immg
Ill Nvnjktjj( Rublwr I is :Lst Ii
K.1-1 a'jjAjvttc.Lj 111rih-1, (,,c th, dem. f AcIf in the .00
mm, -htAm,-d in th,- swevil --I vathetic

rul.1wr, 11, Njipff Im ns~th,,d -. fmtn,l to be the
:
11-1 U'llatilt., alth.,url, it feqwr~d much time. Ten
0 -00
41 A. 11,whilmr),

o* 9
as j
Os

0
410 *
4-& eoo
lee 0
09

00 '-0o

0 3 too
'

'
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 0 0 0 0 9 0 0 0 0 0 0 0 0 6 0 0
0
A a a w a 0 0 0 0 0 0 * 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 0 6 a

0
i1 1. ty ItX21 Z?
r. IL-I JL MP r,I I I'tj

'I".111positiOn

00 N
1 Ip t:. Z.11%kid
00 1935,

t t I VALLURUICAL LITIRATUWt Ct A%SIFWAIION
%.lull
I f -r- --a- )-
ti, "
10700
Vag

a u
I AA 0 (X UP LE A t

.00

Alcobul tu bivtn)l. k - G lh-11-111111"' -
At"I k,1.11 ~ ~ , , ["-I, I .00
k,t.
e1. Ka w 4
Mal
At,

coo
L

X**

t.460
Fie
me

f
PC OF Ow 0 11w
0 0 41 0 0 0 9 0 0 0 0 0 0 0 o 0
1 1,
0 e 0 0 0 0 0 0 0 9 0 0 0 Oit v 0 0 0 0 0 0 0 9 0 9 0 0 0 0 Q 0

-
_
aiii
~
;
0
0 0
W V_ V

A
il L C 14 is 5 26 v 111 29 X) 11 u It 1, a 1, 1), m 2. 1 u 0 . .3me

,
049
r I AA 90 CC CC fl
~ll~ I -TA10 9

00

-00
ethyl 410111"1
n
l -00
tlI
Dalterfu
g
ath, tic It ... It .1",
be
d in the mjtuufsctu
9
tabible
.
T
(, :_oo
..
.
hill. %
1935.
k
h
, I -
I h"
." It'd, t
-11 Mi'll
j f 00
t
11 Willi J~

0
IrMATI-I
bld "01, -,'1
0
1 Ititi cc. of the -t, 00
Mit of -
I
. .....
],,I till-,
0d
-4
of 0
Ild I It Q-66
00 13 7,1 1. thi
It It III 111C

0 .1.011 I-IlAtti, At-
4 11-1 frA, twit - Ml- ago
Atilt till A -00
At.. I, At- Illing

0 1-111 .... . ....... till,
It,

all lit-l 11'et I-I
%dc
I
hI
r
t
t, "I Ali.
-
'outcli
h, 1111111711CV, All IlA' I,v
Oil: sit,

A S a a AI
TALLIJELKAL 1.111FIVATtlat CLASSIFICaTIC!" C V, tie 49

u we*
tialibi a.. it
I

. An I I a ad a 0 IN I it m lb
"
tp it III K K It it 91 K u n a

0
0
07 40
0
0 0 0 0 0 0 0 0 0 0 0 0 0

0
0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 91

0 0 0 0 0 0 4 0 0 0
.4 1 A 1101 0. 141 ow 163 It 4 1# a It 0 J3 Ad n js v on 19 Ax is v~v Ad a IN As, III is a 11 &1 a, a 9:0
A a L-2 -I'- A-A-A -L- " p I " ' I --I _., __L 0 '1 '1 _ , _& _ "_ j_ ,_ Is Is A I . a
00 04firol I -I, .-I) As- 0~9141
00
00
00 ir
00 2
00 A -00
00 a The chemical cOmPO&MOR Of the cO"On Of the SO"i"t
*a V. G. Shopmhnik,,v and V. It"'I'Alivin"kil
14,1: Ch'-w-terk.~; Arad. S.'s. I*k IT . S, .1; R
No. J -1:1 501sts 'Vitsilmh NO 1)(MG, 1 tic a, - I%',-
11IMST of (VIlukw wjk~ III III, 11,mit l'u;k.-
00 lan. 111tilirmsocom1% #41141 tArminc, FfIr
IAt, fimiefit, &III mild 111.4,1111r. c"M114,11U. Arv Alm) Simi
000
0 0
*Ou coo
0 m
I too
:Oz
001
.11TALLURGOCAL LITERATURE CLASSIFICATION tie:
.1j,13'awti 41-ill GNC 19,
u a AT III; V-T--T-r j go
0 4? '1' V, I -AM A ad 0 N Is I w in
i~ : n Pt?ivopic all it 0 IT a it at of ' 'a 0 3 1 v ; 04
0 0 a o 0 0 0 0 0 0 a to 0 0 o 0 0 IM w 0 0 0 0 0 0 0 0 0 0 * * 0
0 0 0 0 0 Ole 0 0 0 0 0 0 0 0 0 0 0 0 : : : 6 0 ;16 0 0 0 0 0 a 0 6 9 0 0 0 0 : : : 0

* '
0 0 a a 0 0
: : : 0 0
0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0
0 0 0 0 a 0 4 a 0 0 0 0 0.
,; I a I A I *
a 0 v 11 u it W 11 $4 if a v a
A A L 2 1 f f IS I L F a V 1 7 LAX _M__
it 0 J.0 040(4$
Ot 6

RovorsibWty of the I,. a of moistening and drying
G
00 ir fibere under atmospheric coaditions. V*
Shapiath
Mem. houl. Ck. .. Fich., A rad. Sit.ri.,Z..'77
nikov, -00
02
: .
R. No. 3. 111) .1114 (to Ru"ion MI) (lit Ifngfi%h 144)) (10371
-The moliture of natuntl and of artificial filiers depend% -00
_414
0 only tifion the humidity of the air; chatim in the letter
i
h
fib
i
hi
0
00 m w
n t
t
n
e
alwars rmilt in cormnxiciding chATIM
the limitq of "PtI. Mot. 1. G. Tolpin -00
see
00 al-
e o a j; -00
00 a
00- xv*
I
,
0
s
0
09 coo
see
goo
No 0

too
too
A I &I L A METALLURGICAL LITERATURE CLAWFICATION

l 21o. 110.101. see
A Woo-3 -, 1-- .1, Jor vJ1,1314"t ollill *K 0.. Ltt voo,

0U a AV 10 11 ; I
li, I', To *0 4, M a ot a PC tr ct it a
No An I S v W 0 a I I IN a 2 a 4 3 0 IF
KA

1
A

0 o
0
0 0 0 0
1
& 0 0 0 0 0 0 0 0 9 0 0 0 a 0
a 4 0 0 0 0 0 9 0 0 0 0 0 0 # 0 0 0 0 0 0
0
0
0 0 q * 0 0 0 0 0 0 * 0 0 0 1. 0 0 0 0 6 0 0 0 0 0 0 4 4 0 0 0 0 0 0 0 0 0 0 0 0 0 *

0 'e-O"t 0 0 0
0 a 0 0 0 * W 6 6 0 18:1111:
1 6 1 a 1 10 v 11 13 ts Is 16 17 Is n, [P Z! a A is 1% v a
A a L-A L-1- c 9 It I _t__v is (x- IV
so
4 r J-A . G.019%
00
*0
00
60 j
go
00
12 11 34 13 It v 31 it 40 Al a a GC
, f - F. c.atk -L,-p
..D -00
s1
Iffect of metbod of'clgaaia*g on the moloture content in
cotton. N'. G,-Shaposhnikov. Mem. [nit. Chrm. Tfek .
Acad. Sri. Ukrain. S.S. R. No. 5.3 16 ~m RU-iAo If; W,
in Fugli%h 'rhe moistutf, "intent of hand-
Cirafted cotton %amples is independent of the romm
ricty, the limeand placcotmilan picking and mrimira-
logical conditions. It is sufficiently const. of
the ah,;. dry cotton wt.) and is due to cleaning conditions.
7. Kinvich
00 j
A S A - S A AMETALLURGKAL LATERAT4111E CLAS11FICATM. Uz-
a.0,
00 c 11m
a tm 0 10 IN 5
U 11 AT 10 It! PIP p to or 46 K a, a, It It It It X KLD n I aa a 3 a T
40 0 0 0 *10,
04 0 0 .111a 0 0 000 6 00 00
To: 60 0 0 0,o:::: No ::0,::: :::0 0 00, 000004 00
coo
00
'Go
-00
9300
00

is st a 0 ~1_0_ojlj 0 o
0 0 0 o 0o 0 0 0 0 41111,14 0 0 0 0 0 0 0
a w 11 11 Ij 14 11 '* 11 if 1, AD tin 23)'n JAZI 26 1,ait it 13 34 13 36 1, X if a 41 42 Q M 0
A a __L__j _L _A 11.IraR'l-T -it %Iv L--AA- 1111-M. PD- Ul~.J it_s. I..jk- jk_L_ I _!- - v j
1. COO. "0 ..0 .1. C'.0t.2
1.1-C(litt A~ D(
Effect of atmospheric conditions an the moiewe con- -go
test of cotton. V. G. Shajx,4huikov and It. K. Luganov.
00 Ilrm~ low. Chem: PA. AM4: Sri. Ukroo.. i. S. R.
No. 3, 2.3-45, 4S-.'r ( in RL%sian 46. in I-'ngli,h 47 j i H437 i.
The deprvidencr it( cotton-fiber nioi.turv tilion the var4m,
Stitt. condition% in diffefent localities itf the ~m4ivivt I'ttims
00 wa~ drtd. Meiho& for relvilatinx ilic mot,itare C M11111
in cot ton fil~~ durinit st-ce am givrov. it Z. K.
00
00
00
ASO-SLA .1TALLURGICAL LOIERAT641 CLAISIFICATFON Uz -
00
b u is AV so As! q__V_
*9 ; ; VF IV lr;* Kit 91W PlUn UNKLOn 11 X, An I S v 040 1 at a 5 AM a3 6 v
.410
-00
.00
.940
'00
'00
00
Moo

0 0 0 0 0a C 0 0 :**:o*
1 1 4 1 a 1, ii 11 W Is M it to it se 1 11 U n AS b is V )I It a 11 U U Ad a 16 V AV 41 U 4) 84 4 ID 41P
AAL I t P- Q R j -I --SL Y L V A Is Ax M- 111" -L- t , I ` - , , ,
00
0 Application of the Kjtldahl method to the quantitative
:0 analysis of niteroW in dye"&. V. G. ShalNo,leniktiv
-iii-I It 1). Chobe-tarev, Jlrm. /.-I. t-'VeW Te'A . t. '"1 -00
00 Ss 14mi,,. S. S, R. No. S. Ail M live Rai-iiiiii siat 7. .11
1-11XI1,11 .4; SHIM;1. The KiVI.I.1111 illirth..1 111MV le~
00 8, 11-1 1.1 del. -mAII Bill[.. .4 N indy-oll filwf, pf"Vid'-d [lie ~66
00 following lirreatitiolin air rebwerviii: kcaigenlin anti niatc- -111114111
00 FIAII %i~,d nits.,et Ile: trord fos N, the AmActing 111AVS %hcXlld .00
11"t I". to the b. P.. thim. of Nil. h,euld 1.4't At
00 ka-t I hr. C.Iel- di-~,Ivvil thitinx the dt~tw h.,11141 Iw
I.-ld 1,111.411,M1 .11"411d I- ilmw I.O."twirl.-mlIv "fill
0 Alle IY). .., a air 14-itis c"11411S.-tud lee
00 1.. Impf"%e Ow fiwill-I It Katimh 4 A,
040
00 coo
13
0 0 coo
00
09
Soo ~09
0
i
. .1i
go
4~0- '00
411a; , IN41114111
-00
'00
A a - S t, aEITALLURGOCAt LITIMA114119 CtAWFICATION
S;..
At-A".
S."O.5 -1 .. ... .A- Q-4 G" a.. Ile
--- -ff--v -V.7A-141W-~-11~
U" AV -0 it I . . . J . . is t 0 a I V p 40 a IF 111W.
!V Pf AV 11 11 No K.T via W Ulf tra(MLO n A
00 0 0
0 0 0 9 * 0 0 0 0 0 0 0 0 0 0 1 Ole 0 0 0 0 0 0 0 9 0 0 0 0 40 0 0
T:16 0 0 0 1111;G a 0 0 0 0 40 0 0 0 0 0 0 0 a 0 0 0.0 0 41 4 49 0 0 0 0 0 0 * 0 0 6

0 0 0 gs 0 0 0 6 a 4 0 a 0 0 0 0 0 4 0 1 0 0 0 0 0 a 0 0 0:7
4 5 6 1 1 1 to It U u 14 Is 16 1? is IT M a if nit 1213 Us 361711111141141 42434d a it
.1 C- _11 ir F r M i It L It 9 A I t
A ..0 C..101 ..0 1!~ ceq!'! -00
00
Sorption processes dud" moistening and drying W
celhilomefilim. V. G. Shaposhnik-ov anti V. A. Lepctov.
Me"I. fail. Chm. Trik. No. 5,'W~113 (in Russian 114-
17. its English 117-21)(1937). cf. C. A. 31. KMI.-
00 9!- Air-drictl natural and mercerized cotton and artificial
cellulase fibers were completely said. with water vapor.
After complete sain. they had 13.69, V.154 anti 24.9.5%
00 #In
water compared with an original moisture content of 6A,
J.7?4 anti 12.611%, re.4). The time required for ctimplete
00 in. was wi.il, Anil =Iiim his, rii~ orp.
/-imsn pn%-t-%,r% follcm a pkraltolic curve. Thr intensity I)(
go J adsorptiots is the same for nirt-twizrd anti artificial tylm-%.
00
-00
00 '00
oo~ .00
004 Is, 09
00
goo
goo
06
1;i ASM-SLA NETALLURGKAL LIURATURE CLASIIFKATPCN
0 lit: ~C-- .31131" ow
I
U III AT At A t aad a it a -I it as a a
0 ise VP IV at K 4 1'( 1 K a is 21 An
9 0 0 0 0 0 . . . . . . 0 0 0 : 0 0 0 a 0 Q 0 0 0 0 0 0
ofo 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 41 0 6 a 0 411 0 0 41 9 0 0
4PT-111 -- - t MMV ..-- j

*000000000*0000
OO%S
4~ -,, ~b -11
k L--) --a
pfacpas Aim 09001#1111 pact$
I
zoo
MOO
00
2
stoo
A "TAL&MM" LITERATUIPW CLAIWIMM
=IWITTO --- looks wMan.
%slow Lf aV dot NA&Abl am on, Ask
u a AV 10 a I I F II I a Iva*& oniffesee 21 V on
;06 04;;W, 11, ;a, Oman ke
0 go Oo* **OIL 00,06 0*: see A

0 0 0 0 0 0 0 0 0 0 0 6 0 0
1
At an
4 a V a )
0 16 AX W t1L
W
1
L 1
It 1
9 a
JL
% t C
1
L
1
A a" .
.
-
- __
-
-
~
0
f

~
riles
d coutdoes. V. G. Sha n C".
al -
d ~n R
4t B
S
S
d
i
tained nj1% moisture and whrn "Patpletely satd.. W.M70;
on.
a
ca
.
asse x
.
. C I
..
i
T
A mercerized co"on, 9-78 and 2U-%%. resp.; rayon. 12.01
,
n Englu, 446).-
he
ercertze
irption propkcrtic3 of in d
(
and 24.07c. In earlier "Pts.. mercerized cotton was

es
cotton. natural Egyptian cotton and rayon were in Ii-
hown to adqxb 40% more tire than purified natural
3
gated, From the natural cotton, impurities were remov
ed cotton. Mercerization resulti in swelling and laosetting
by extg. in turn with water, ale. and ether; this leaves a

b
0
1
Th
h
f
i
l
i
h
h
d
of the fiber, increasing its surface and adsorption proper-
out
za-
it w
t
a
.
e met
o
o
mercer
samp
% as
.
* ties 1.5 times. Water varow 6 adsorbed more than
tion consisted in stitring 10 g. cottor. in 600 cc. " 30 liquid water. Complete satn. of air-dried natural cotton
Bf. N&OH for 4 min. and 4 operations of presung: the
9
f with moisture required 107.6 br3.; mercerized cotton.
0
sample wiuhing with water and centri
ustrig to act, M.Shrs.,, myon,=.Obrs. The sorption processes do
00 test 1;~ NAOIL Thh leaves about 50,'c fibcri uumercter- not pruciml uniformly, but are gradually retarded. as
ired, as obs"Yed under the microscope. After repeating
X
shown by graphically reported data. Mercerized cotton
. z I
0 0
this operation with a 9-inin. trezitment and 2-min. washings, and rayon show a similar ratc of adsorption, but natural
00 J , the unmercerized fibers amounted to 1%. The artificial cotton has a considerably higher rate. Upon regeneration
I libers were wuraird with water to an ash content of
i::
h from Sala.. celizzlose takes tip moisture comparatively
)X6%. Through t
ese samples kept in U -tubes. dry or uniformly. Nornud mobtarr content of 8 types of fibers.
i molat air was pusscil. The natural air-dried cotton can-
including cotton, silk, flax and wool, in the neiglitioclicml
of Kiev is on the av. 21/'0 higher than that required by thr
specifications established at Turin in 1874. Di3grams
show that it seasonally fluctuates around the av. of
13.56%. the lowest figures licing observed for May anti
junc and the highest (or lk-svmber and )xmiary. An at-
tempt is made mathematically to cxjw3j IW3 ductuation
for the climate
underobserva.tion. G. Tolvin
1
.
A 1A SLA METALLURGICAL C1,11111IC-1--
U IN Ar I a rw 0 N I At W 9 A 0 31 9 V
&11* " tv P it K a a it tt It K
0 0 0 0 0 0 0
0 0 0 0 *Is 0 0 0 0 * : 0 0 0
Qc
_941
'09
see
~30 0
000
0o0
:10 0
600
too
tie*
tie 0
tage
*60

TR&GUBEIIKO, Mikhail Grit,~or'yevich; SILU1081INIKOV, Vasiliy Grigorlyevich;
TOMLY,INOVICH, D.K. , red.; AVRUSffCiL4'1*IIk
A.A., tekhn.red.
[Maintenance and repair of substations of street car and't'rolley
buslinc-,~2 Ekspluatatsiia tiagovykh podstantsii tramvaia i trollei-
busa. Moskva, Izd-vo M-va kommm.khoz.RSFSR, 1959. 442 p.
(MIR.A 12:11)
(Electric substations)

ZUBRITSKIY, Boris Semenovich; SffAFOShIjjKOVIY-_~.j red.; OTOCHEVA,
M.A., rod. izd-va; iaffi-OKH, E.M., tekhn. red*
[From practices of the operation of traction substations in
Sverdlovsk] Iz opyta ekspluatatsii tiagovykh podstantsii g.
Sverdlovska. Moskva, Izd-vo M-va kommun. khoz. RSFSR, 1961.
42 p. (MIRA 15:4)
(Sverdlovsk--Electric substations)
(Sverdlovsk-Local transit)

t.,riiversibility of moisture states of textile fibers. V.
u s SR Stuiploslulikoy U.Irajj. Kjlm. ZPur. 16,
1M~i~;iiFLtural cotton, mercerized cotton, and artfficial.
cellulose fibers showed that natimal cotted fibers reached
!complete satn. after 167,5 firs. (13.7% H-0), memrized,
,cotton fibers -after 185.5 hrs. (20.5% 1:110), and -artificial
cellulose fibers after 220 hrs. (25% HjO). Under atm.
conditions, tile moisture content of filien depends on the
relative humidity and temp. of the air, In an app. call-
structed by S. in 1034, various types of fibers (wool, cellu-
lose, and protein fibers) were repeatedly moistened and dried
Jn all atm. having a definite air humidity. It was Wood
that moisteuing and drying of the fibers am reversible
processes. f;onva G. Ntachelson

V. G.
Chemical Abst.
Vol- 48 No- 4
Feb. 25, 1954
General and Physic-P! (;~.emistry
Corrections in J~iissian chemical terminology axid ji7d--
Iguage. -K-S~. Straposhnikov. Ukraitz. Khirn. Zhur. 16,
692-702(1950)(in Rtisisian)--~-Vigorottq protest is sounded
against the common practice of w;ing foreign words, botir-
geois terminniogy. at nbiguous tilivs, and un-Russian word
eadings in the Rmsiau chum. fit, rature. Stich admirable
leaders uf Rti,siin chemistry as Mendefeev, Menshutkin.
aud ButIcrov coiu( (I few new words and used them sparingly.
WerqVI-jacobion -

7--
4ow"Shapos y
4th ed. Kiev.
u
MWOR .1.
lzdatel, v0 S.S.R. 1953. 51 p

AUTHOR: None given. 73-2-22/22
TITLE: Book Review.
PERIODICAL: IlUkxainskiv Kbimicheskiv Zlaurnalll (Ukrainian Journal
of Chemistry), -Vo-E.-~~3-,-Nc~.-2,-%rch-April, 1957,
pp.276-279 (USSR).
ABSTRACT: Author: V'.G'.Sha2oshnikov.
"Organic 1%-re-s--Uu-i'fsll CO-rg~iLclaeskiyeKrasyashchiye
Veshchestva).
PublishedKiev, 1954, pp-519.
Reviewed unfavourably by S.I.Burmistrov.
AVAIIABLE: Library of Congress
Ca--,d 1/1

SHAPOSHNIKO~V V G. PORAY-KOSHITS, B.A., redaktor; DENISNITKO, L., redak-
I
VffM M., tekhnicheskiy reclaktor
[Organic dyestuff] brganicheskie krasiashchie veshch8BtVa. 4-e
perer. izd. Pod red. B.A.Porai-Koshitsa. Kiev, GOB. izd-vo tekhn.
lit-ry USSR, 1955. 518 P. (MLRA 8:7)
(Dyes and dyeirig--Chemistry)

SHAPOSHNIKOV.-VaailiT-Cpxlgo=Ly2idxja; TREGUBENKO,,-M.G.,, red.; PIYA~HEVA,
14.V., red. izd-va; KfENOKH, F.M., tekhn. red.
(Sealed mercur7-arc rectifiers; experience in the operation of
type RM-500 VS and RMV-25x6 rectifiers)Zapaiannye rtutnye vy-
priamiteli; opyt ekspluatatsii vypriamitelei tiPov RM-500 VS i
RMV-250)r.6. Moskva, Izd-vo MKKh RSFSR, 1962. 53 P.
(MIRA 16:3)
(Mercury~arc rectifiers) (Electric substations)

SWWIUIIKOV) V.I.
Statistical and clinical data on sk-in cancer. Zdrav. Kazakh. 21 no.10:
36-41 '61. (ML-,A 15:2)
1. Iz Kzyl-Ordinskogo oblonkodispansera (glavnyy vrach - A.S.Alekseyev).
(SUN-CADGER) -

Sijt"tFGSj:N-Lj',CV, V.I. (Yrasnodar, prospekt Mzturosova,, d.89)
Characteristics of esophagus career occil=encce in Kzyl-C-rda
~~rovince. Vop. onk. 10 no.1:72-73 164.
(,Mf: -AA 17 - 11
1. lz Kzyl-Ordinsko-o ob-lastnoo-o onkoleg4ches'-o-o d4spansera
(~-lavnyy vrach - A.S. Alekseyev).
n

7.F.-, SFAP`-",-"7
Cyll-ndreman of L;:-- de rin. i ven. 38 no - 5 - ez,--85
164.
1. Kafedra patoloricneskoy anatord! (zav. - dok-Lor ritead.nauk N.V.
Onopchenko) Fuhamqkcq~n meditsirlskq-o instituta ilireni KraErny
A.rir,ii i Krasnoclarskiy krayevoy unkolog-1--heskly disranser (glalmyy
vrach M.G,lazarev), Silbmi ',.~ed Xay 5, 1963.

IALINOVSKIY, A.A.; Gt)IJJBTSB'IA, 14.V.; SHAPOSHNIKOV, V.I.
3ffeCt Of tissue implantations on the relationship of inhibition and excitation
in the central nervous aystem of rats. Uch. zap. LTRIG3 4:160-175 '58. (MIRA 12:6)
1. TR=ainskiy eksPerimentallnyy institut glaznykh bolezney i tkanevoy terapli
imeni akademika V.P. Filatova.
(TISSU:9 MITRACTS) (11---'RIIOUS SYST3M)

. T -- 1; ::., , - . 1. 0 .., .- .. ~ - I. I - .--
. . 1, ; ~II I. .~. I i "" ; i . II . . .
7ye-Din~-;:3e ~nd (J-'r-ct3
L-t.+.-r to ~'r- editor. "test oft. , 31, 3, I'V-Q.

S/117/59/000/012/002/003
A004/AO02
AUTHOR ..
TITLE: The Practice of Strengthening Shafts by Roller Stz-alnr 1-4-arder-ing
PERIODICAL: Mashi-Tiostroitelt, 1959, No. 12, pp. 12-14
TM: The author points out that torsion shafts, being subjected to
abruptly changin-g torques, have to be given a high fatigue strength in order
to ensure their durability. Therefore, these shafts are made of high-alloyed
t'49YWJOA" (4r,-JGuWA) grade steel, heat-treated up to ahardness of R C ~ 40-48.
How*ever, owing to the heat treatment, a decarbonized layer or�ginates which
lowers Ithe fatigue strength. Tests which were carried out at the Khartkc:v -Plant
imeni Malyshev showed that shafts, subje,3ted to subsequent grinding sustained
only 29,000 operations .3yeles, while up-ground shafts wL-Ithstood 50,000 cycles on.
the average. A considerable increase in fatigue strength (up to 400,000 cycles)
was acjAeved by strain hardening the shaft surface with 4-he aid of rollers. The
author describes a -hydraulic rolling device, driven by an electric motor. Ens
device is irlsfal~_d -on a converted surface grip-ding machine. The machine perfor%is
40 double-motions per minute and permits the rolling of the splined part of
Card 112

.Iq~'/U7/59/000/012/002/003
A004'/AO02
'Ibe Practice of Strengtbening Shafts by Roller St'rain Hardani-rZ
shafts over a Length of 160 mm and a diameter of 90 mm, the shafts having a
length of 1.2 m. in order to avoid a galling of the rollars and sco.ras on the
shaft surface, the shafts are carefully aleaned from sand and dust, while the
contact spots of shaft and rollers are am-z)2.y lubricated. At small feeds of up
to 0.5 mrq/1-ev, a high surface finish is obtained with one opex-ation. Laborattory
tests of non-strengthened shafts and those strengthened by rolling showed that
the hardness of the latter increased on the bottom of the splines by 60-80 and
on the stem by 20-40 units of the Brinell scale. By -this metAiod the surface
h:i_-J_r.ess is in-creased to the magnitude of t~ie cora hardness. There are 2 figures
and 2 Sovi---.'. references.
Card 2/2

ARATIZON, V.A.; SHAFOSIGTIKOV, V.K.
Keyless joints of parts with conical sectional clamping rings.
Tralct. i selikhozmash. 30 no.11:41-42 N 160. (MIRA 13:12)
(couplings)

11MUCIEV, 6.G.; SMIPOSHIIIIKOV, VJ%
'Audying the tectonics of central and eastern "'iscaucasia using
the raorphometrical method. Trudy IIIJIGNI no.32:260-271 160.
(IMIRA 14:7)
1. Stavropollskiy -filial Groznen6kogo nauchr-o--issledovatellskogo
neftyanogo instituta.
(Ca-Licasus, Northern--Geology, Structural)

GOLIBRAYKH I.G.; ZABkLUYFV, V.V.; MMKIN, G.R.; SHAPOSHNrKOV, V
Methods for studying the tectonics of closed areas. Geol.nefti
i gaza 7 no.2:44-49 F 163. (MIRA 16:2)
1. Tsesoyuznyy neftyanoy nauchno-issledovatellskiy geologoravo
vedochnyy institut i Stavropollskiy filial Groznenskogo nauchnb-
issledovatel'skogo neftyanogo instituta.
(Geology, Structural)

SHAPOSHNIKOV, V.
Some problems in Darty education. Grazhd.av. 14 no.9:13-14 S 157.
(MIRA 10:10)
1. Zamestitell nachal'nika Politicheskogo upravleniya Glavnogo
vozdushnogo flota.
(Communist education)

SOV/84-58-4-6/48
AUEHOR: Shaposbnikov, V.. Chief, Propaganda Department
TITLE: Raising the Ideological Level of Party Propaganda (Neuklonno
povyshat' ideynyy uroven, partiynoy propagandy)
PERIODICAL: Grazhdanskaya aviatsiya, 1958, Nr 4, pp 6-8 (TJSSR)
ABSTRACT: The article is both a criticism of "dogmatism" in political
propaganda work and a set of directives on haw to relate the
theoretical postulates of Marxism to everydayproblems of
production. A higher standard of training of Party propagandists
is advocated as the basic remedy. Participation of personnel
in night courses in Marxism-Leninism in the universities is
recommended. Seminars and conferences of propagandists on
actual problems, as well as conferences with production managers
and operators, are coni3idered essential for promotion of pro-
fessional efficiency. Meetings of leading aviation workers with
the representatives of the Area Economic Councils are recommended
as a means of ensuring better cooperation and profitablness of
Card 112

SOV/84-58-4-6/48
Raising the Ideological Level of Party Propaganda
general economic activity. The text is accompanied by two photo-
graphs: one shows I. Orlovets, a Squadron Commander in the Moscow
Administration, who is said to study Marxist and Leninist theories,
the other shows the preparation of an issue of a va.11 newspaper by
V. Yermishina, a personnel inspector, and by S. Perov, a pilot.
ASSOCIATION: 1`611ticheskoye upravleniye GVF.Qo-litical Directorate of the GVF)
1. Communism--USSR 2. Propaganda
Caxd 2/2

SHAPOSHNIKOV, Vitaliy Nikolayevich
CAvitation in the Sovie-i-nationa.1 economy] Aviataiia v narGdnom
khoziaistve SSSR. Moskva, Znanle, 1955. 31 P. (Ysesoiuznoe
obshchestvo po rasprostraneniiu politicheskikh i nauchnvkh znanii.
Ser. 4, no.19) (KIRA 10:4)
(Aeronautics)

SHAPOSHNIKOV, V.
A year of successful work. G--azhd.av. 14 no.2:5-6 F '57.
(MLRA 10:5)
l.Nachallnik otdela propagandy i agitatsii Politupravleniya Grazhdan-
skogo vozdushnogo flota.
(Aeronautics, Commercial)

SHAPOSHITIKOV, V.
Rising to the tasks of the present. Grazhd.av. 16 no.1:6-8 Ja '59.
(MIRA 12:3)
1. Naclial'nik otdela propagandy i agitataii Politicheskogo upravleniya
Grazhdanskogo vozdunhnogo flota.
(Aeronautics, Comnercial)

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SALS.
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0
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thchiShest yieldsolacetone through ferrmentation of corn floiar wrreattaiiied withaS.6%
concri of fit=. lumouriting to 7.3%. A higher concti of flour gives a relative higher
yhrld: thuts whril the litill of OINN Is doubled the yj,I,I ,I at-.q..tle incled-. -Illy :?Wr
1

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.
.
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Mirobsolety
ykova and ?6t. \1. ficklitriq
0 S. No. 1. .19 TNIMMIO: Kkim. Refs-1,11. -00
A Ahp~ 1939. No. 11). N1. I'll 'Irk Itir I"'A"IbIbly 'If llIv
utilifati,)a of ul,)IA%~-S as a raw 111alctial fi-ir %
alv. fermentation. the jurdinut was him-ulaird with the -00
:~ Omtraium arelebmijifirmim PM v"Itiffe. I'lle 1*111141-
j livilrairs were drid. am~vding to Pvttrand, Iliv t-)Ial anit.
of wilventsby falling out. mertane McANWding W 0
0,0
C.-twill. C4111,011 And 1..,1011 by midatu'll. 1.11 1,% Ow
Got 0
00 quinhydrone tuctlitid. still acidity by thrmifivu with a 0.1
00 N base. Purification by boiling with sujwplu~phmv and
activated charcoal and fuldn. of N' nutrient% 1 gluivu. pro.
00 'A trim of string brum. prr.- vak". etc.) proil-vil nex. Tr.
cults. Addn. of plimphatco inerrawd the4it-1.1 III arvionc,
but slowed clown the fer-nientation corlmderablN. Fri-
00
mcntation promods normally only at Install .4
niolam". Optimum rmults are obtained with a anixi.
misiving of 4.5% 4 inola&ft-9 and 6.1% of corn tlour-
Addn. of sulivrlibo%phatc 1wrinitted rt-duction (if the jvr- free
vittagr 4i( the flour, but it itictramed the liolrof f"vurnta-
'rhe yield it m-rimu, witi not drvivImd thefrhy, so
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0 (U. t R.6) S. No* .00
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- I
I.o. 1, pp. 1-22

SHAPC13HNIKOVI V. 11. - Listitutio of ldcrobiology-, Acad Sci ~ESR
"Role of Physiological Characteristics in the Taxonocy of Microorganisms, I1,11
Itikorbiolo iYa., Vol 13, No 1, 1944

A"
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X ill the -11".
j;Ach 3 1. 1046 J,y ucet"M
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14,
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TURE CLAUVICAMIS
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-:` -- ',,'Iadi.ii'-r
,,. - 1, ~ - .. - . r. -
T,~!chnolr~--rical "-microbiology, 4"Jo:icow 1948.
1
(rekMiche,-:1eaya ruikrobicloi,n)

khapah-
ye
V. N. Sha,.
',I O.-J. 1--r avt: posl~j-,jj-ov.
C.
/,I,,u-nall'ny'~h State.1', Vol. 47, 1~40

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a
oil, -MCC15111 Poo P10111MI, 1.01.
A
Observations an the bloclEsun" properties at pro-
toolyriebacteria. V
17. 4 il.) -.24 '-r.ItkNV%0 (11 ~Iiululmm
dcantinatiant of ra-A-in hydf%Ijy4ItCX (11) by Nt,t. JfU,Wes.
craj liquefariens (111) at pit 7.1-7.7. but inhibitsideautin-
tion by Protems trullars's (IV). App.trently amint, .,vids
furtikh mainly only .4 to III, while I furni4m ClIerttv
00 'ItId C. but andoo 3chl't furnkil N '611d C. while I Nfloph"
00 Z; 1. 111.4ifify -oIIlv rurtgv' to$ IV. 111 .01 ti.ty k"t% %vilit oil 6N.. It[
It'"Umn, "'Iltd, It and 0. 1. 3 or 5- 1. CV11 ltroth imir.1-1
00 hot III i W'N. 11.4. =16. M Ing'i but decimstmi for IV to
00 (1:16. 1.4. IS, 51 mg.). Yield of '411f. -as 30. 24. 21, :N)
Ing. for Ill,,ind 10.9. 4.4, 3.9 mg. and traces low IV.
Julian F. 84nith
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