SCIENTIFIC ABSTRACT MIKHILOV, N. V. - MIKHLIN, B. Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134120013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


Mummy. N.S.
Elellotheropy in cold season. Prob.tuberk., Moskva no.2:51-54
Kr-AP 150. (CLML 19:3)
1. Of the Bioclinatic Division of Talts, Clinical Sanatorium
(Heads of Sanatorium -- Candidate Medical Sciences G.P.Fe-
doroy and Honored Worker in Science BSFSR T.K.Tarantayev).

HTY21thV9, VAtor rakovlevich
Photography and aerial photography Moskva, Tzd-vo goodazicheskot i kartografichaskol
lit-ry, 1952. 372 p. (53-23920)
TR145.H527

USSR/Human and Animal Phyaiolo~V - Internal Secretions. R-8
Abs Jour Referat Zhur - B-'o.., No 16, --957. 70922
Author Mi~bilova, N.V.
Title The Influence of the Central Nervous System un the
Adrenocorticotropic Function of the Interior Pituitary.
Orig Pub Probl. endokrinoi. igormonterapii, 1955, No , 59-64
Abstract The Introduction of ACTH under the skin produces eosino-
poenia up to 64%. The same reaction Is produced by cold,
burns) electrical irritation etc. The removal of ad-re-
nals removes eosinopoenia. Anasthesia produced In rats
by nembutal of sodium "evipan", lowers the eosinopoenic
reaction on cold on the average to 6%. Introduction of
ACTH into anesthetized animals weakens this reaction; in-
troduction of Phenamine strengthens it. The irritation
of nerve endings which were damaged by burns or electri-
cal current Introduces a considerable weakening of the
reaction; introduction of ACTH brings it back to normal.
Card 1/1 - 48 -

-Ur Wuly_~ . variab"' ', ILear ~Aii6iattiig 4~ovei -throu6- tactiona
__h__ b - 11 stttuts interzediate, al-aments have many
anion, n whic a s co n:
advantagais but their
_I~ndan~c was Attle known, lbe paper reports
of) tests carried-out tc deternine the effoot of tba peripheral
velocities of the rolling bodies, of.tbe lubrication system and type
of JU~ cant and of.several daniiNfeatuares. An analysis of the
nCUrIMI VI ~to`7b& used
-in dealgri-is given.. A graph is included
indicating-the rac=mended input_z)2p_Lf_t r.p.la. as a funotion. of the
ball diameter. The affIgIaW for splash and foroed bibrication was
mCasare4,sboving the ady&ntages of forced lubrication. .The precise
_g0 a tqstf? re*-
~trol%f oil quantities' is important. Wuranc vere run
1~io&~~bofbra-vppearande- of fatigue --failures. A table of
per iorm4nce v-,Aons for a, range ot'variators glying 10 to I
t
-a

KHUJSOV, Andrey Yefstaf Iyevich; data., retsenzent; POLYAKOV,
V.L, kand, tekhn. nauk, retsenzentj FADSYEV, I.Ye.j, inzh., red.1
DUBASOV, A.A., red. ind-val TIKHANOV, A.Ya.,, tekhn. red.
[Hoisting and conveying equipment of plants manufacturing strtictural
parts] Gruzopod"emnoe i transportnoe oborudavanie zavodcvv stroitoll-
iWkh detalei. Moskva, Goo. nauchno-tekhn. izd-vo ma3hinostroit. lit-
r7, 1961. 356 p. (KIRA lAtIO)
(Hoisting machinery) (Conveying machinery)

ml.Khili, B.F. i irzh. ; viau.-mv , v.v. , r,- , el,,*,.r .r~t-K%arA4
T h f) r o i i a r, i , 1 ', j (, i ' t. hj Z rh- -, ,, i i, ri t;,-. ! 1, '.,. r - !,,) a a I t, * r ,, ri r, ~A!
improvi.-ci. Avt.om. tfji6m. I svifizf 8 no.2:Z,~-1,3 -- li,~.
(MI11,A 1":t /
i. 1-tichurinsi-qu ;i.3tantijiyr~ ff,~r
Mikh In) .

E E-C ( k- ) -2A WAh1WI/T IJP(r-)
ACC NRI M6W8544- Monograph m t
.�~in Dnitrly Visilt Vi h
allid'oh, Avdanche - d1o'dd ('Kromniysvyye stabllitrany) Hosoowv
lad"YO
' 1%herglyalw,, 1965, ' III p, Illus,#. b1blio, 18j2do
printed'# Series note: Biblioteka.po awtomatikej, vyp. 149
,BIOPIC TAGSt 'awalanchediodes,sillcoft semiconductor, semiconductor
'.i-PWOS13 (;OVMGEt This book Is Intended for technical personnel
~A,'..`:~6rtcerned with the utilization of avalanche'dIodes'
an well as for
6t0dents In correspondence courses or . schools of higher edwationd
Y06 o0eratidnal princIpIdisp characteristlcs~ and parameters of
v0w dh6he'.-diodes are desaribed,'.'~Examples.of the utilization or~
avalanche diodes In radio., eleotronlov. and electrioal measuring
nothor thanks, Ng A, Clvoicdkov for his
Vats are: give'n VAe
-4malstanas..'
TA=.: or
-Introduct.-ion
6

.C 0
M60 8544
..,,_IIh,I,.PrIncIples of the operation of avalanche diodes 7
Avalanbhe multiplication
2,-:Internal field emission -- 11
3.1he temperature coefficient or electric field intensity 13
Ch,no Basic characteristics and parameters of avalanche diodes 15
4, Breakdown voltage and-volt-ampere characteristics 15.
"5, Dynamic resistance. __ 16
6o Scattering power -- 18
The temperature coefficient of breakdown voltage 19
-Statlo resistance of avalanche diodes and the equivalent capaci-
k
tance of a p-n junction -- 21
9, Noise and the equivalent circuit 22
7::10, Logarithmic and direct characteristics 25
11, The temperature compensation of breakdown voltage 26
12. Temperature-compeneated avalanche diddes -- 28
13, The effect of current on temoerature-compensation quality 30
'14- ThrOsAayer temperature-compensated avalanche diodes 31
15# Time stability or avalanche diode parameters 33
16, Measurewnt of avalanche diode parameters 36
17, Constant-povfr~l generator for measuring avalanche diode para~
motors!
21h

L 2~814-646
ACC NR, Am6oo8544
Ch.11.I. Avalanche diode pulse and relay circuits 44
18/ Avalanche diode switches -- 44
.19. Pulse shaping -- 47
20,:Rectangular pulse generator 50
21 Digital-to-analog conversions 55-
220' Avalanche diodes In relay circuits -- 57
Avalanche diodes in d-o and a-c ampliflere 61
23, Xnterstage connections In a bias circuit -_ 61
of resistor-bias amplifying circuits 65
25.,d-O lifiers. 72
MTO Use of-avalanche dtodes in electronic and radio engineering
;ircuitO. -- 76
26 Clipping devices 76
27, Automatic amplification control circuit using low-frequenoy Oi.
delay -- 78
28*'Limiter for AM and F14 of broadcast receivers 79
80
:'29.:Telematering generator
so., Use of avalanche diode self-oapacitance 81
M, Use of avalanche diodes-In,measuring equipment 83
31 Conversion of a'measuring-instrument. scale 83
V4

L 25814-66
iACC NRM6008544
Measurement of frequencies 86
2.
3
33, Voltage calibrator -- 87
34, Accurate transistorized voltmeter 89
35*'Avalanche diodes used as the cold junction of a thermocouple-91
,Ch#VXL Aviklanche diodea In overload protection alroults 91
Protecting measuring Instruments and Individual circuit
components from overloads
91
37, Protecting power-supply sources and energy consumers from
voltage overloads- -- 97
38, Protecting power-supply sources and energy consumers from
ourrent~overloada 99
Appendix 1-f-Masic electrical characteristics of Soviet-made avalanche
diodes -- 103
Appendix 2, Types of avalanche diodes manufactured by some US firma
their basic electrical parameters 106
and
--Bibliography 108
Stm CoWs DAT& 1806t65/ 0WO RUS 009/ OM MWt 087
Card

.Mlllljlj~ "
.Ai
GRISHIN, G.T.; MIKHIN, F.I.
- .-V~
.'.4T*' -
Losses of science, Nauch. zap. Var. otd. Geog. ob-va: f-.1
HA 111%
(MI 17.9

MIKIIIN, F. - .
:, a ~ I :- ~, a , " ~ _, -, ~* " - :- - :I , , r, r-,n ! ~ : -', p: --s ", - : -
~', ': , I , I " :. je - -~
., ': -- "A - . Z'- .

L 20930-66 E
WH
Am at I AP6W95?4 -(N) s'o'uEcs cout uEt/be66/65/boq/o23/bo62Jbo62
AUTWRSs Vinogradow, S. 11.1 Mikhin, 0. Ye.; Arsenkov,, R. T.1 Savopulot L. A*
0801 nonis
TnUs Method for fabricating ceramic rings for bydroacoustic apparatus. c,"48
h 2,, !!a 176729 1!(
SQUiCts BluUaten' lxabroteniy i tovarnykh znakov, no. 23, 19659 62
TOPIC TAGSt ceramic product,, ceramic material
ABSTRAGTt This Author Certificate presents a method for fabricating ceramic rings
for bydroacoustic apparatus. The rings are assembled froa ceramic blanks in the
form of priaw whose adjacent surfaces =v covered with an adhesive compound and
subjected to po2pwrisation. To produce prestressing'af the rings,, the caraaic
"Ylanks with the adhesive compound applied to their adjacent eurfaces are mounted
on a bod and ars centrifuged at a temperature no greater then 60C.
SUB CODSo U/ SUBM-DAUs XW"
LcartL2/1 Q L-

31.hin, 1,I.11 SVISTUNOV, N.V.
tARM,T!T~- ( Mi
-
Present conditions and wais of further improvement of the
technological plans with respect to the extraction of gold
from ores. Analele metalargie 16 no.2t82-87 Ap-Je '62.

NIKH15. M.&.; GORIN, Tel.; KUZIN. NeD.. Inshoner, rodaktor; SHAVELIZOV. N.Y.,
.-"11101M , redaktor; CHARIKHOV. L.A.. lashener. rodaktor.
(AutowAtic control of Martin furnaces] Awtometichookoe rognliroyanto
mortenovskikh pechal. Sverdlovsk, Goo. nauchno-takhn. Izd-vo lit-ry
pa chernot I tavetnot motallurgil. 1953. 503 p. (KLRA 7:6)
(Open-Marth process) (Automatic control)

KOIDKOIDV, 11.14., inzh,j'MIKHIN N.I., inzh.; PMKCPOVICIIF A.G., kand,
tekhn.nauk; POL-fiiiR~- , kand.tekhn.nauk
Study of a prestressed beam with highstrength reinforcing
ba". Trans stroi n no.5:40-42 My 161. (MIRA 14:6)
(Girder7e(Bridje-s, Concrete) (Concrete reinforcement)

W.
. , : 1, :,.L. , inz~ *
S tl'Ln( 1) L r( 14 -,-, fl !, : CJT, , ~ f- IV If3 .rtL' ii ga-wer. i'r I ~ () , cj t , roe r~ I e
tin . 11 : 3- r N 165. ( 1,~ I ~A I P -. 1, , )
I i

KRAGELISKIY, I.V.; MIKHIN, N.M.
Nature of contact preliminary displacement of solid bodies.
Dok-1. AN SSSR 153 no.1:78-81 N 163. (MIRA 17il)
1. Predstavleno akademikom P.A. Rebi-nderom.

SOV/129-58-12-6/12
AUTHORS: Blanter, M.Ye,, Doctor of Technical Sciences, Professor,
Kulakov, N.A., Sergeychev, I.M., Mikhin, T.A. and
Faynbron, S.D. , Engineers
TITLE: Hardening in Water-air Mixtures (Zakalka v vodo-
vozduehnykh smesyakh)
PERIODICAL: Metallovedenlye i Obrabotka b1letallov, 1958, Nr 12,
pp 29 - 34 (USSR)
ABSTRACT: The authors investigated systematically the influence of
the main factors on the cooling capacity of water-air
mixtures for hardening for the purpose of obtaining
quantitative characteristics which can be used as a basis
for a controlled technological process. Use of water-air
mixtures of various compositions pwmits obtaining a wide
range of cooling regimes, from cooling in a jet of pure
air up to quenching in a water Jet. For obtaining the
water-air mixtures, a nozzle with a special end piece was
used, the purpose of which was to widen the atomising angle.
The air pressure was maintained by means of a direct-
action pressure regulator. The water-flow rate between
18 and 116 litres/hour was measured with an RS-5 rotameter
and the flow rate of 185 to 1 030 litres/hour was measured
Cardl/5 by means of a rotameter RS-? with an accuracy of 1.5-2.5%.

cia,ae; _ir, i:,i Water-air Mixtures SOV/129-58-12-6/12
Special filters were fitted to prevent clogging-up of
the water-supply system. Cooling curves were recorded
by means of a potentiometer with visual control of the
operation of the thermocouples. At first, the problem
of the optimum distance of the sprayii*' nozzle from the
surface of the plate to be hardened was investigated and
the obtained relations are graphed in Figure 3. Owing to
great practical difficulties involved in systematic
investigation of massive steel bodies, the authors
used a method of thermal modelling, as proposed by
A.L. Nemchinskiy (Ref 2), which is based on the principle
that in the case of cooling of bodies of sufficient
length, the cooling takes place as a result of heat tran -
f er f rom the long1tudinal arDace whil8t the heat tran f er between
adjacent voiumes of approximately equal temperature is
negligible. The heat-exchange conditions were simulated
by means of an analogue, a sketch of which is shown in
Figure 4. The coolinb curves obtained under conditions
of thermal modelling of water are graphed in Figure 5.
In view of the fact that the objective index of the cooling
capability is the magnitude of the cooling speed, the
Card2/5 obtained cooling curves were differentiated graphically

Hardening in Water-air Mixtures SOV/129-58-12-6/12
by the method of plotting normals described in an earlier
paper of one of the authors (Ref 4 ). The influence of
the degree of humidification of the air on the cooling
speed is graphed in Figure 6; it can obe seen that the
cooling speed will be highest at 800 C except for the
water-flow rate of 200 litres/hogr, in which case the
maximum cooling speed is at 700 C. With increasing
humidification, the rate of cooling increases, as can be
seen from Figure 7. The influence of the air pressure on
the cooling speed is graphed in Figure 8. The influence
of the thickness of the cooled steel body on the cooling
speed is graphed in Figure 9. The influence of the degree
of humidification on the depths of the hardened layer is
graphed in Figure 10. It was established in the experi-
ments that the cooling power of the investigated mixtures
varies within a wide range and cooling in oil is equivalent
to cooling in slightly humidified air with a water-flow
rate of about 20 litres/hour under the same conditions.
It was experimentally established that the optimum
distance from the spraying nozzle to the surface to be
Card3/5 cooled equals 500 mm, while the optimum air pressure

Hardening in Water-air Mixtures SOV/129-58-12-6/12
equals 3 atm. For the particular case of hardening of
massive bodies with sharp cross-section changes, the
maximum permissible water-flow rate for the steel 5KhNV
equals 100 litres/hour and the active cooling surface
equals 0.05 - 0.20 m2 per each atomiser nozzle- of the
applied design. It is shown that investigation of the
pertaining relations can be extended to bodies of 400 -
700 mm thick. Thus, use of special metering apparatus
permits working out of a correctly controlled method of
hardening by means of water-air mixtures, ensuring
standard heat-treatment results whereby control of the
process can be made fully automatic. Due to the great
simplicity of the equipment, the method can be recommended
as a completely satisfactory and economic substitute
for hardening in Oils and other special media.
Card 4/5

Hardening in Water-air Lixtures SOV/129-58-12-6/12
There are 10 figures and 5 references, 4 of which
are Soviet and 1 German.
Card 5/5

IMIN, MICHIN. T.A.
htst hosting of hIgh-alloyed, stainlode, and beat-realutant
alloys for forging and stamping,. Kuz.-obtam.proizv. I no.4:
29-32 Jkp 159. (14LFU~ 12:10)
(Heat resietant alloys--float troatmont)
(Forging)

ILIIIJ, M.M.-, 141YjlIN T.A.
----------
Combinad hmat. treattannt of mmtala. Kuz.-9htt,!2.prrjizv. I nn.':
1-4 V7 159. (MIRA 12: 10)
(Metals-Heat tr(tatment)

1 j.A

Sh- - t S I
509 Month List of Russian Accessions, Library of Congress, 195j, Uncl.

M%olti, 'TW-
USSR/Engineering- Cold welding
Card 1/1 Pub. 128 - 15/26
Authors : Sineok) Ya. Ya.; Baranov, M. S.; Pankul, L. A.; Sapiro, L. S.;
Kagan, I. Z.; Glukhov, P. A.; 141khin, V. N.; and Karpichev, A. S.
Title : The cold welding of crude iron
Periodical : Vest. mash. 2p 68-7ip Feb 1954
Abstract : In order to familiarize and draw the attention of readers to the pressing
problems of cold welding (soldering) of crude iron, the Editorial Office
published several articles in which various methods of cold welding are
discussed, and a description is given of the operations performed and
the type of electrodes and equipment used for the above mentioned purpose,
Table; drawings; illustrations.
Institution ............
Submitted ..* ..........

MINHIN. V.S.
Istural reproduction of salmon in the Tomato River. Vnp.ikht.
no.12:92-100 159. (IGRA 13:4)
1. Gouudarstvon%7 nauchno-iseledovateloskly inotttut ozernogo
t r"chnogo ryhnngn khnayaystva - GaoNIORKh.
(Temeto RivAr-Salmon)

KILMN, V.S.
lavarst (Coregonus lavaretus pidechlan natio olenelcl noTa) of the
Olenek River. Vop. Wit. no-13:71-74 '59. (MIRA 13:3)
l.Gesudaretyannyy cauchno-iseledovatellskiy inatitut ozernogo i
rechnogo rybnogo khos"yetva (GoaNIORKh).
(Olenak River--Whitefishes)

AGWEXOT. T.G. (deceased], MIKHIV. Ta.Ta.
Some problem connected with the fusion of lead-bearing
charges containing soda. Isv.vys.ucheb.zav.; tsvet.ast.
w.6:107-111 159. ()GRA 13:4)
1. SeverokaOssakly gornometallurgichookiy institut. Kafedra
motallurgii blagorodnykh metallov.
(Lead--Yetallurgy) (Chemistry, Ketallmrglc)

AGEMIKOV. V.G.; 14IKIiIN..-T&.Ta.
PyrometalliLrecal method of treating gold containing concentrates.
TSvet.met. 32 no.2:52-57 F '59- (MIRA 12:2)
1. Severo-KevkELzskIy gorno-metallurgicheekly inatitut.
(Gold-Metalbirgy)

ACCESSION NR: AR4025680 8/0081/63/000/023/0064/0064
SOURCE: RZh. Kbimiya, Abe. 23B337
AUTHOR: Mikhft4 Ya. Ya.; Pogorely*y, A. D.
TITLE: Determination of the dissociation constant of Tn2S3
CITED SOURCE: Tr. Severakavkazak. gomometallurg. in-ta, vy*p. 17t 1961, 34-37
TOPIC TAGS: indium, indlum sulfide, indium sulfide dissociation, dissociation constant
TRANSIATION: The dissociation constant of indium sulfide was determined by the reduction
of In, S3 with hydrogen. Ile equilibrium composition of the gas phase was determined by :
the circulation method. The experimeintal set-up and methods are described. The tempera-
ture dependence of the equilibrium constant for the reaction 6 IaZS3 + 2H 4 In 84 + 2H
in the temperature range 500-860C can be expressed by the equation Ig 7EM/T + 4.
For the dissociation reaction 6 IqZ% - 41n3S4 + SZ In the indicated temperature Interval,
A Z - 77648-". 66T, ft*om where IMP2 16970/T + 9.76. V. Baybuz 0
SUB COM Mg TD
DATE ACQ: Man"
ENCL: 00
CMA 2/1

KBOUN, Ya.Ya.; SVISTUNOV, N.V.
Present state and ways to further improve flowsheets for gold
recovery from ores. Izv. vys. ucheb. zav.; tovet. met. 4 no.5:
133-138 161. (MIRA 14:10)
1. Severokavi*zskiy gornometal-lurgicheskiy inBtitut, kafedra
metaLLurgii blagorodnykh i redkikh Mtallov.
(Gold-4lotallurgy)

AGEYENKOV, Vaniliy Gordeyevich [deceased]; MIED7, Yakov Yakovlevich;
ZHUKHOVITSKIY, A.A., prof., doktor IMM. nMM,--re-tFdffMt-j--
FCZDIfYAKOVAp G.L., red. izd-va; ISIZEIVIEW, P.G., tekhn. red.
[Metallurgical calculation; general part] Metallurgicheakie ras-
chety; obahchaia chast'. Ploskva, MetaUurgizdat, 1962. 207 p.
(MIRA 15:6)
Netallurgy-Tables, calculations, etc.)

yo.ya.
I
Alualtum i nij3tT -I tf In d IA. '.*,-.vi ,. m~ f. . 3.1 ro .,. - ^, ~ r, 1 ', , I . , -, ~, 5"

YAKIMV,P.A.; IODROLIKOV, I.I.; RAKUTINA, N.S.; MIKHINA, A.S.
Study of the conditions for purifying hydrolysates and the
composition of the nutrient media for the biosynthests of
penicillin on a base of carbohydrates from wood hydrolysates
and agricultural wastes. Trudy, Len.kh1n.-farn.1nst.,fto.15tl7-22
1624; (MIRA 15:11)
1. Kafedra takhnologii sittiblotikov (sav.'--7y "re .'P.-A.Yakimov)
Leningradskogo khimiko-farnstsewticheskogo instituta i laboratoriya
gidroliza drevesiny razbavlennymi kislotami Nauchno-iseledovatell-
skogo instituta. gidroliznoy i oullfitnospirtovoy promyshlennosti
(zav. - kand.tekhn.nauk I.I.Norollkov).
(PENICULA)
(BACTERIOLOGY-CULTMIES AND CULTURE MEDIA)
(CARBOHYDRATES)

MKHEIDZE, P.A.;, MIICHINA I.B.
Use of-Awercise therapy in fibrous and cavernous pulmonary
tuberculosis after thoracoplasty at the Abastumani Health
Resort. Vop. kur., fizioter. i lech. fiz. kul't. no.6:552-
554 163. (MIRA 17:8)
1. Iz legochno-khirurgicheskago otdeleniya (zav. - kand. med.
nauk P.A. Mkheidze) Instituta tuberkuleza Ministerstva zdravo-
okhraneniya Gruzinskoy SSR (dir. 0,G. Batiashvili).

XMIM, P.A.; MIXIIIRA, I.B.
Ixereise therapy recomnended for tuberculous patients between
stages of thoracoplasty. Probl. tub. no.5:45-50 S-0 154.
(MLRA 7:12)
1. Ir legoahno-khlrurgicheakogo otdelenlya, (zav. kandidat meditain-
skikh nauk P.A.Mkheldze) Respublikanskogo naur-hno-issladovatellsko-
go instituta 141nisterstva sdravookhranenlya Gruzinskoy SSR (dir.
dotsent A.l.Ushveridze)
(COLLAPSE THERAPT,
thoracopla,sty. exercise ther. between stages)
(IMCISIC Tmu",
in thoracoplasty between stages)

LARMMMI, M.A.; REMIOV, V.S.; SKIJLIVA, K.I.; MIKIIDIA, L.11L
Use of a fine chemical opmy from an airoplare ir cortroll-Ing
tick-bome encephalitis carriers in the Anzhero-Sudzherok
District in 1957-1959. 11ed.paraz.1 paraz.bol. no-3:347-351
062. (m:rR.,,. 15:9)
1. rz otdola entomo-toknikologii I dezinnektail (zav. - prof.
V.A. Vabokov) Instituta meditsinskoy parazitologii i tropiche-
skoy meditairy ineni Ye.V. Hartainovskago (dir. - prof. P.G.
Sergiyev) Ministerstva zdravookhrareniya SSSR, Gouudarstven-
nogo Nauchno-iseledovatellskogo inatituta grazhdanBkogo voz-
dushnogo flota (nach. - general leytenant ?,.A. Zakharov) i
Avahero-Sufthenskoy gorodskoy sanitamo-epideraiolo(;ichaskoy
stantsii.
(M.'apmITIS) (ANW)AUTICS IN INSECT CONTROL)
(ATIZT010-SUMM'SK DISTPJCT-TICKS AS rARRIERS OF DISFASF,)

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MIKHINAI M.
Seminar for road construction specialists. Avt.dor. 28
no.11:31 N 165. (~U RA 18: 11)

ii I rv q" 1v
T"NOTA, T.I., kaudidat neditsinakikh nauk; ZATSYPINA. N.D.. nauchnyy
sotrudnik; KMIYA, fij, glavuyy okullet Mordovskoy ASSR
%MWWO~-
Treatment of trachoma with synthowyein. West. oft. 33 no.6:
13-17 M-D 154. (KIRA 8:1)
1. Is Itauchno-issladovatellskogo Instituta glasnykh bolezaey iment
Gellugolltea (dir. chlen-korrespondent AMS SSSR prof. V.K.Arkhan-
gellskly)
(TRACHOKA, therapy
chloramphenlcols
(CHIMLAWOMICOL, therapeutic use.
trachosta)

Monthly !,Ist af Russian Accessions, Library of Congress, IV 19 53, Unc I
.2

-NIUMA, *Jkolayevna.FROLOVA, Yelena flikolayevna; SHCEMBDA,
__T~Iyana r,
T~ilyana Vii~iidrovua; KAFYSM'A, V.S., red.; MUILASBOVA, V.A.,
tekhn. red.
[Laboratory manual on the zoology of invertebrntos)Praktikum
po zoologii bezpozvonochrqkh. Pod red. E.14.Frolovoi. 14o-
skva, V-ysshaia shkola, 1962. 2(77 p. (MIRA 15:11)
(Invertebrates)

5~/7tvi/ul/000/1)00/001/003
AUTHORA: Karsanov, G. V., -,;n, B~ P_ Nlagidson,,L A.. 0doye,,.;'.' y' 14. S_
Ti r;,~ina _AIN. , Er. r.~. MikhtnaV.,N,,- Orlova, S. Yc.,
Candidates of Technical Sciences.
TITLE: Problems of the tuchnology of metallic Chrome.
SOURCE: Razvitiyo ferrooplavnoy prom ys hictinosti SSSR. Ed. by N.,"I. Dv.hanov
and others. Kiyev, Gostckhizdat USSR, 1961, 205-117.
TEXT; The paper reports briefly the result% of experimental invc~tittiunm per-
foi,.-acd at the Laboratory of Pure Metals and Alloys, TsNIIChcrMct (C,-ntral tkicn-
tiftc Rcb,;arch 'Institutc of Ferrous Metallurgy). The dzrcct objective oi thc 1.'%vC.Lt-
gz.tion is the development of a method for the making of'metallic Cr that would ob-
viate the defects (primarily the elevated content of impurities) exhibited b%- the
aluminothermic method currently prevailing in the USSR. A brief state-of-the-art
report comprises two graphic summaries of the processing of Cr-containing ores
and the technology of the production of CrZ03and CrO 3* Following a brief cott
comparison as obtained from various sources it Is stated that the utilization of
chlorchrome as an initial source material broadans the perspective$ of the making
of pure chrome and reduce* the production costs si3nificantly . The waterless
Card 1/3

,Problems Of the technology of n-., '.allic Chrome. S/764/61/000/000/002/003
chromechloride can be obtained directly from a chloridation of Cr ores a rn;nl-
mal number of process operations and a high degree of purity. The present Inve'ti-
gation was based primarily on a chloridation of briquets of ore and a G-containing,
reducer by gaseous Cl at high T, the removal of the chlorides of Cr, Fe, Al, "iid
other elements, and their subsequent selective condensation. A ichernatic t)lcj,.k
diagram shows the process procedure for the obtainment of CrC13. The laboratory
experiments show that under suitable process condition3 the Cr is practically cam -
pletely removed int.) the sublimate. The process is almost total at BOOOC, but tip
to 850" it still proceeds slowly. A fastur rate is obtained at 900-11500, but a I.rthcr
increase in temperature does not accelerate the process substantially. H.,.d c-1
was found to be the most inexpensive reducer. A cost comparison indic ces Eh,,
cost advantaGo of the now p~-oc,;ss. Electrolytic methods were testell at the Labora-
tory of 13ure Metals and A.-ya of the TsNIICher.\4et for the producVan of metallic
Cr. including: (a) The electrolysis of aqueous solutions 3f CrO 3' %b) the electrol-
ysis of polychromatic solutions, (c, the electrolysis of aqueous solutions of salts
of the trivalent Cr, primarily CrC13, and (d) the electrolysis of CrCI3 in
salt fusions. T"-.e TsNIICherMet developed the electrolytic method of the making of
metallic Cr from aqueous solutions of CrO and introduced them into serni -industrial
production at the Experimental Factory of ?he -r.NIIChrW, in 195Z. An experi-
Card Z13

Problcms of the technology o,' metaii;c Crome.
mental production of chrome at the Ze~tafon Iron-Alloys Pl~nt %va~ p- f~ 13"
the staff of the Plant under the direction of G. Ya. Siordic. 7he m( thot, ca;-
monded for general industrAal application. The high cost of the intial ral.
in. '.o a degree, compensated by the high pucity of thq product obtawed. P.1yit-t-
matic solutions were developed at the Ural Polytechnical Institute iment Kirov .1i (j
at the Ural Scientific Research Lristitute for Metals. A systematic inve%ti~~At%O~ '~
the clactroLytic making of chrome from aqueous solutions of CrCI 3 was pe rforrned
by the Laboratory of Pure Metals and Alloys of the TsNllCher?61ct. In addition'to
the methods already mentioned, an improved technology for the making of Chr9line
by the alectreosilicothermic method wao also performed. There are 10 figures ;-d
2 tables; no references. I
ASSOCLATION: TsNIlCherMet (Central Scientific Research Ins-tute for Fdrrous
Metallurgy).
Card 3/3

3/177/62/000/004/031/,001
j
AGWA101
Q'I'HORS MikhIzz, V. N., Karsanov, G. V.
TITLE: Preparation of chromium metal by electrolysis from hexnvalent fuid
trivalent Phrome compounds
.1 zhurnal, Xetallurglya, no. 4, - -18 '1 r
PERIODICAL: Re f era t ',.rriy, 1)62, , -21), btract
4G181 ("Metallurg. I khim. prom-ste Kazakhstana. Nauchno-tekkin. sb."
ig6i, no. 5, (15), 65-,71)
TEX`T.- TsNIIC'nermet developed two technological schemes of obtaining
electrolytical Cr. According to scheme no. 1, a diaphragm bath is used for
electrolysis of an aqueous solution containing 2110 g/1 Cr chloride and 7r - 125
0
g/1 at-irrionium fluoboride, at 110 - 50 C; D c is 15 - 20 amp/dm2, current efficiency
is 76%; electric power consumptlon Is 10 - 12 kw-h/kg Cr. According to scheme
2, electrolysis is made of molten salts NaCl and KC1 (I : I) or NaCl, KCI and
Nar0 (1 : 0.45 : 0-3) with 4 - 9 weight % concentration of Cr chloride at 750 -
850 C; Dc is 200 anp/dm2; electric power consumption Is 7 - 9 )cw-hlkg Cr.
Approximate calculations yielded a cost price per I ton of Cr of about 1,500
Card 112

A&
3/13-1/62/000/004/0 3 11201
Preparation of chromium metal ... A006/A101
rubles, according to scheme 1, and of about 700 rubles according to scheme 2.
There are 37 references.
A. Tseydler
[Abstracter's note: Complete translation]
Card 2/2

316U
S/65 61/007/000/073/044
D205YI)303
AUTHORS: Orlova, S,Ye., 1khInft. V.N,, and Kars n.)v, G.V
TITLEi Production of chromium by electrolysis of polychromve
and chromium chloride solut'.ons
SOURCE: Akademiya nauk SSSR. Institut metallurgii., Issledova-
niya po zharoprochnym splavam, V, 7. 1961v 280 - 281;
TEXT: Owing to the high production costs of electrolytic chromium
from solutions of chromic anhydride alternative electrolytic routes
from the cheaper polychromates and chromium chloride sol,litions were
investigated. The-amount of electrical energy required is also an-
ticipated to be lower. Lead cylindrical bathe which also served as
anodes and stainless steel, tubular, internally wr~ter-cocled catho-
des were employed. The immersed cathode surface was 1 drm2, Tempera-
ture was maintained by a water thermostat. The starting reagents
were technical chromium anhydride, sodium d1chromate and sulfuri.-
acid. Current of 30 - 70 amperes was supplied. Duration of each run
was about 7 hours. The following process parameters were 9tud'Led:
1) Concentration of polychromates in the electrolyte in the range x
Card 1/;

3/659/61/007/000/0"3/044
Production of chromium by - D205/D303
150 450 g/l total CrO,; 2) The Na/CrO, ratio in the range 0 C~
0,16~, 3) The H,SO 4/CrO 3 ratio in 0.01 - 0,15 range; 4, The ele:
trolyte temperature in 20 - 600C range; 5) The influence of RN03
additiong,. The increase of CrO 3 concentration from 11)C t,~ 350 g,,!
results in a higher yie'd of Cr with reepcot to the aged current
Further Increase to 450 g/1 does not lead to further improvement.
The increase of Na/CrO 3 ratio to 0.115 does not reduce the chromium
yield, but a further increase reduces the yield, increases the
energy requirements and produces dark, brittle metai. The posBible
accamulation of H 2so4will not worsen the process rYaracteristi:s
up !o an amount of 5 - 7 % with respect to Cr03; further in~:rease
to 10 - 15 % reduces the yield sharply, but does not alter the me-
tal quality. Temperature is an important factor, Above '50C a sh irp
drop 'In the chromium yield is observed, Increase of th,? cathodp
current density from 30 to 70 amp/dcm2 causes an increasf- in yield
with respect to current but also increases the energy reiuirements.
In some production methods the appearance of HN03 ImPuritles is
Card 2/")

3/65 61/007/000/033/044
D205Y
Production of chromium by ... D303
pcssible, corroding the lead baths. In some instan:eo the ele-tr,,~-
lysis of polychromate solutions in which a dia,iragm-less simple
ceil and high current densities can be used gi,cs better techn,~I,D-
g:cal results than that of the pure anhydride golutions, The prob-
lem of the eAF,,,troiysis of CrC13 solutions is not as yet satisfac-
torliy solved due to the hydrolysis of Cr*3 salts at relatively
nigh acidities. To obtain a high bufferinE capacity at "he Jes1red
pH, additions of ammonium chloride, fluoride. borofljoride, sulpra-
te and urea were tried, Vinyl plastic baths were used witi-, a rein-
forced perchlorovinyl diaphragm. Stainless steel cathodes and gra-
phite anodeswere used. The catholyte was a 1.0 - 1.,5 g-mole/l CrC13
solution with 1 - 2 g-mol/l of buffer additives, the an-lyte a 10 -
12 % sclution of HC1. NH BF and NH4P additions gave best results,
Current densities of up to ~O amp/dcm2 could be used an! go~,)d lua-
lity metal was obtained. Pilot-scale trials were perfirmed by TsNIAI
Chf,% There are 4 figures and 10 referen6es: 4 Sovi,2-bloc and 6 non
-S,)vlet-bloc. The 4 most recent references to the English-lani,uage
publications read as follows: T. loBida, J. Chem.Soc.Japan, 1955-~H;
J, Morisse, Chromium plating, 1954; J. Salov, Galvano, 22, no'. 194,
1953; F. Teilor, Electroplating, 5, 1952.
Card 3/5

ORIOVAp S.Ye.; KARSANOV, G.V.; 141KHI14A, V.N.; VOROBITEVA, A.S.
Study of buffer properties, electric conductivity, and
cathodic process in chromium hydrochloric electrolytes.
Zhur.prikl.khim. 34 no*8:1759-1764 A 161 (MIRA U:8)
(Chromium chloridel
(Electrolysis)

Oe2
:)lI2ul D-1102
/F,J/ca
,J;THO.,S: Mikhina, yx N.. K;ijri%~)v, V.,
M-igidson, 1. A.
TITLEI- I'llectro1j,ti~_- pro,J,ction of
chromic chloride
Zh,rmil prikLid!.,j,-
TE'XT The :iuthors st~ ,idied the effect
OUtpul Ind kj. Ift I I ty k) f (" I f)(~ t r0 I,tk~ chroml.,m lepollitu from -!X(mic
-lilur,.d(., joliition',3 With ;III NH 11 BF4 buffer. tww~i w ~,)!I-
I '3 r. tt_,mper-,it,,~re, curre!.t de,,~;ity,
.entrations of Cr-1, ind NH .
4 49
2-t- r + -_,entr:iti )n p1l. T!,e experim,.,ntLi
Cr and NH 4 con
r.ed out in a 10 amp electrolyzer, in whiA. ~!.e I'll in AF--
_Ompartme'nt~,,, 4ere sep~,ried by 'i pirous Tl.e
-3 Jes,_-ribed in letail in'l illu6tr,tted. c)(.,s* rt~_-
t-i ined nder tl.t_- f oll conJ 1. t 4,)ns e%tr i t i n~l -if ',r I .. tn,~
(1:
- ird

0 0
t t i j, r o ~t -i c t i o r i
e-
NH -1 BF com;j irtment
pf, -ivey, 'emperature 40 - '-)0 ~tnd I i b i d ,,i'
tratiin ~n +,,e anode compartnent
. I nc
g-mol The ~ivcnite , irrent yield )f m, etu 11 i i r m i w!.
i n Li () m e e x p t ,3 . even A - i:Id t ~ I (" L3 1) e c " f i --. v t r C' r I
wisumpticr. viao 10 k'd-hr/k6., "r. The rt!i3,ilts weve
'~irge-s-a~e laboratory e(ju,,pnent. ~,Iu~3e-pickel ',r j, p,
were L--b'ained, easily from the t hod e . The
e I J 66 - 67,,.' und energy ~:on~3umption ^.,,15 kd-!-:-,'kg, Ti.c-
v p- a m; t i i g r ~j m 9 f r - i t rl ~3
--,-herne f,)r the iyidustrl~il j,r~)di,--ti~-)n --f
1,~jjt~tl i ~i t ion ri ~;i n ed I '1. (2
)b n e d ~ r, ti,e I,irte-
~41e57,- Fe - 0.0' 0. 10; ja 1 0.00',; 0 0. 0
J.0'7 _ 0.20; C _ 0. 0) 0 x 0
0. '0; N L
B Y '0- 4 TI.u.-e ire 10 f4jures i!,J 'i
TfIe t , t

O'~ 0, 0 'Ou~, )o""0
e t J P,.

t P1- -F --
.0
M.
AcCESSIO NR:':AT5d02491 SA00064/000/m/0112/ow
V. v, G. V. Kalmykov T.V.,'
A UTHORLMOIddson., -L A "Ib
yor t~yeva, A.
TITLE: semi-industrial Installation for the prouction of electrolytic chromi from
aqueous solutions V. chromic chloride obtained by the chlorination of chromium ore
SOURCE: -Vses0,VuznYv seminar 29 RMOMY jj1gj&2kWMI1. 5th, Dnepropetrovsk, 1962.
-GidroelektrOnletallurglya khlorldov (Hydroelectromeiallurgy of chlorides); doklady
seminara. I Kiev,! Naukova duraka, 1954, 112-117
TOPIC TAGS:- chromium -reftains
chromilum ore chlorination, chromic chloride
reduction, -ale~tmIAo,chromimm,-:eleF;rplyzer design
;~,MMCTI -- P r-6vious aw M.vtw to prodwe- a stsWe electrolyzer for the highly- unstable
chromic chloride were based on the use,of neutM salts such as ammonium borofluoride
and could 'never be applied Industrially. The promt report describes a soml-industrial
Installation for the productlan of anhydrous chromic ehloride by chlorinating chrome ore
-.fn oi-rd o-r- t-D'- extract metallic obromivm by,.e10cftv1Ys1s i It comprises two basic units, one
Of which, chlorinates the, ore while the seoood electrolyzes It-, the unit produces 600 kg of
cod 1/

L 0871-6-
ACCESMOI~.Nlt: AT500240111
ia6drous cbro,mic-'b~iorlde Der. day -and 7 5 kg of Ours' is
In hydroje~t (S-~a Fig. 1 of the Enclosure). Chrome ore and coal grJund to 0. LSMM
mesh arefed into the nfter _4 into which a doser 2 delLverm allatline sulfite-ceRulose
pulp at a specifte. gravity -of, 1.42. This charge goes into bunker 3, from which a revolving
-Iqu6t press 5. Conveyer 6 carries the briquets to bunkers 7
disk 4 tbrowe it Into the br
(the dust beiing: retured to the mixer 1. The whole briquetsare fed-Into a resistance
furnace 21, where they-are coked for 4 hours at 8000 IA the absence of air. They then
go to bunker B;and drop onto sifter 9 (dust from which returns to the mixer). The whole
briquetsthen enter'the ShEP-10 electric shaft furnace, where they are chlorinated at
.600-1060C.: Ae furnace is 500-mm In diameter ond Its floor Is covered with packed
coal which serves as a resistance to the curTent supplied by 6 carbon electrodes.
Chlorine enters the furnace from a battery of cyMiders 30 through tank. 29. All components
in the ora-4re.Ihus. transformed Into chlorides, all of which are removed except the
liquid magaeslu62 chloride, which flows into a container, while the chromic chloride
coUeets.inthe.cotid,msertowerll'workingst85O-460C. The pure chromic chloride
CrCl . goes In. preparing the electrolyte', while the ferric and aluminum chlorides pre-
condenser 12 Waste poses are water corubbed in 13 and exhausted into the
c4pla; in
atmosphere-at 14. - The Irrigating solution flows Into vat 16 and is pumped back into the
Cc id - 2/6

L 23871-65
ACCESKON NR-.:'AT5002491
scrubber at 25. 1he, 6romic chloride is delivered Into a reaction vessel 17 containim
distilled water, a little, concentrated hydrochloric acid from 22, ammonium borofluoride
(as required), and a small quantity of catholyte containing bivalent chromium to dissolve the
chlorl.de in water. This solution contains 400 g/liter of chromic chloride and Its pH is
0.2-0.3. -It is filtered at 21 and fed as needed into the catholytz at 28. Electrolysis
takes place in a.hoinmette diaphragm bath with anode and cathode compartments. The
catholyte contains 240 g/liter.of chromic chloride and 80-130 Otter of ammonium
.,boronuaride; its pH Is 0.7-2.40 and It heats up to 40 or 50CAtzing electrolysis. 'Ibehot
catholyte flows continuously from the electrolytic bath, 19. Into a graphite heat exchanger
20, where It cools and collects in 28. Here It is adjusted and pumped by 15 through a
d6ser 18 back Into the bath. The anolyte (130 g/liter hydroeMoric acid and 240 g/liter
chromic chlorld,e) Is diluted with water during -electrolysis and. flows continuously from the
bath Into an ovaporat"er, 34, ~ is cooled by graphite at 22 and collects in vat 30. Here It is ad-
justed with hydroohlorlo acid and pumped at 34 back into the electrolytic bath througgh
daser_23_,Ch1o_rJne_from the anode compartment passes through the drier 26 and compress-
er 27 then 06j-to-the'~chlo or. -EVe-r-y-o-o-r-8-hourwlhwdeWaA-caUw"s-are-moved to
table 31 d its are iemoved and the cathodes ciesn6d at 32 In an alkaline Solution.
The chromium deposit Is washed In a vat of d1letilled water, 33 and then dried. Orig.
art-. haw 2 figuess
Cards/5.

HUHINOV. 14. (14ikhinau, M.]
The7 build now city blocks. Rat-.1 91&j. .36 no.8:14-15 Ag 060.
(KLU 13:10)
(Kinatc-Conatructiam workers)

MINHINOW, Y01,r polkovaik v sapasa.
Obedience is the soul of military discipline. Toen. tnen. 34
not 6tlO-11 Je 158. (MIRA 11t8)
(Military discipline)

MM[INDV, Ye., polknvnik v zapase
v'*A,!v,~,dv;,.--
- tlmll
Tbiq march and Ito defonse. Voon.inan. 35 w.1:14-16 Ja 159.
(KIRA 12:5)
(1-furcbIrw)

'K[X:HINCV, YP -palkownik tapasa
Toung soldiers have joined the regiment. Voen.zrian. 37 no.4;
6-7 Ap 161. (KCRA 14:4)
(Russia--Army)

NIKHINU, P.K.. naahallnik.
Standard panel forwork for foundations of equipment and reinforced
concrete construction of rolling mills. Strol.prou.31 zw,12:4243
D '53- (KM 7SI)
1. lh~Lrlkovvkty filial Teentrallmogo byuro tokhnicheakoy ponoshcht
stroltalletvu.
(Concrete constraction-Formork)

HIEUM. 1.
Training launch chiefs. Voon.snan. 31 no.10:25 0 '55. (MAL 9:3)
(Naval education)

RODIONOV. G.T.; -MIKHIRZV, P.A.,
Basic patterns of Interartion between bucket and stacky of
loose materials. Trudy Gor.-geol. inst. Zap.-Sib. f1l. AN SSSR
no.19:7-17 '57. (MIRA 11:7)
(Loading and unloading--Xquipment and sup lies)

MIX11mv. P.;'.
A
F,r),-rinartal Gt'A7 Of -'I]
.~qrl. inst. Zap.-Sib. fil.it-H AtR no.19:19-~'
(Loading and vinloadire,---Fq,ifpmfmt and gr

mina'Ev. P.A.
.......... ~~,2670A'*O"
Investigattr)g Vie process of scoopii*; 1,-~s
machine models. Trudy ID8t.gor.dela.SI~.ot,.I.j%.; S65IR iio.l:
205-215 158. (14ijtj~ 1;):11)
.1--l-Indela)
(Mining machiner,

MIKHI IEV
--- I .
Hathodu of invontigiAing thei dofol-matic), of a layer of ",7ulk
materials under tho offoct of tho huckot In oportatinn. Trudy
Inst.gor.dn1a.Sib.otd.,kII SSSR no.1:216-223 1513.
(141RA 12:11)
(Granular mat erials ) (Surfucou. Models of)

KIKHIREV, P. A., Candidate Tech Bel (diss) -- "Investigation of the procesis of
filling the buckets of loading machines". Ibmsk, 1959. 20 pp (Kin Higher
Educ USSR, Tbask Order of rAbor Red Banner Polytech Inst im S. M. Kirov), 1.50
copies (KL, No 24, 1959, 139)

MIKIIIREV,-P.A,, kand.tekhn.nauk; ZAKIIVATKIN, B.V.
Practice of using FPIw-4M loaders in the iron mires of Gornaya
Shoriya. Gor. zhur. no.11:51-52 11 '61. (11,11LA 15:1')
1. Institut gornogo dela. Sibirskogo otdeleniya AN SSSR (for Mik~irev).
2. Glavnyy mekhanik gornovo upravleniya Kuznetskogo metallurgicheskogo
Irombinata. (for Zakhvatkin).
(Gornaya Shoriya-hining machinery)

AODIOI:GV, Gcorgiv Viktorovich, doktor tokhn.nauk; KALINITSKIY, Yakov
13oriijovichp kand,tokhn.luluk) GUI(KOV, Konotantin Stopanovichs ktind.
teklm.nauk; F.CSNLEV, Alekaandr Dmitriyevich, kand. tekbr-Muk.;
MIKEIREN, Potr Lleksundrovich, kand. tekhn. nauk; MFEEZ, Igor'
M,ikha7lovich, nauchrW notr.; SOBOLI, Arkadiy Vladirirovich, st.
nauchMy sotr.; SOROKO, Veniamin Vasillyevich, kand. tekhn.nauk;
BAZPIIOV, A.F., kand. tekhn. nauk, retsenzent; BULATOV, S.I., red.
izd-va; SI1,RNOVA, G.V., tekhn. red.
[Loading machines for loose and lump materials; dp:;ii,,,n, toory, and
calculation]Pogruzochnyo mashiny dlia sypuchikh i kuskcvyk-h mate-
rialov; konstruktsiia, teor-lia i vaschet. [By]K.S.Gurkov i dr. Po-
-k
_vn, 1/,ashgiz, 1962. 286 p. (MIRA 15:12)
(Loading and unloading-C-quipment and supplies)

IUKHIIIEV, P.A.$, ipzh.; GURKOV, inzh.; V.A., Inzh.
P.asults of an experimental sLudy of -,he vib-rating vori:irC Ta:-, of
a continuous loader. Gor.zhur. no.4-51-54 Ap 162. (,-MtA 15-4)
1. Institut gorno6o dela Sibir3kogo otAdelen-iya A14 SSSR, Novosibir.3k.
(Mining machine ry;---Tes ting)
(Vibration-Electromechanical analogies)

ITF~A-F.A** inzh.,-, POIIOMLA7x-,V,, V.D.O b2zhe
Potentials for increasing the productivity of PPIS-4 rock loaders.
Gor. zhur. no.7;63-.64 JI 162. (1-11RA 15:7)
1. Institut gornogo dela Sibirskogo otdoleniya All 33SR Fovosibirsk
(for Mikhirev). 2. Norillskiy kombinat (for PonomaxWo
(1-UnJng machinery)

MMIREV P.A.; SINYUGIV, GA; KHRUSTALEV, A.A.
MPMI-0.12 1oaAIng and hauling machine. Gor. zhur. no.9.54-55
S '62, OaRA 15:9)
1. Institut gornogo dela Sibirskogo otdoleniya AN SSSR (for
Nikhirev). 2. Rudnik *EmeI'dzhak* kombinata Aldanslyuda (for
Sinyugin). 3. Gosudarstvennyy institut po proyektirovaniyu
prodpriyatiy nikelevoy prwqshlennosti (for Khrustalev).
(Mining machinery)

MIKIIIREV, P.A.; KOSTYLEV, A.D.; VOLODIKO, K.P.; SAVKIN, M.M.; I-IOGILEVSKIY, V.M.
Means for automatic control of the operation of a 3ingle-bucket
loader. Gor. zhur. no-3:69-70 Mr 163. (141RA 16:4)

-NIKHMU.-P.A., inzh.; HOGILEVSKIY, V.N., inzh.; SABLIN, R.F., inzh.;
KANAYEVV M.G., inzh.
Automatic control of the scooping procesp of a single-bucket
loader. Izv. vys. ucheb. zav.; gor. zhur. 6 no.6:154-158 '63.
(MIRA 16:8)
1. Institut ornogo dela Sibirskogo otdeleniya AN SSSR.
IMining machinery-Electric driving)
(Automatic control)

NNHIRSTA, T.S.
I
Chorlo-opithellons of the testicle. IhIrargiia no.9:67 5 153.
(KUU 6:11)
1. 12 Xaliminskogo oblastnogo onkologicheakago dispaasera.
(Testicle--Cancer)

--~~IREVA, T.F.
Lmedi.ate and late reBults of surgical trealment ~f atla--P-ch
cfu-lcar. Vol,.onk. 7 nr,.1204~77 'Q. (Y:-eu I --) : 1)
1. 1z Kslininakogo oblastnogo onkologicheakogo dinpanDera
(glavnTy vrach - zaaluzhennyy vrach RSFSR TX. Kikhireva).
SMACH-WCER) (SMACH-SURGMY)

"Kai nIn ~'nb...' , FAibr~k' b" Kv.C
Iatr resLltv ,,f thE ~rcalmpnt ~-' ca: -e:- c," tne rert-n ! on
materials of the Kp-llntn *I,cv,n,e ','..gpenAary. 7rp.
onk. 9 no.12:84-8t) ; 63. ( ' '; : -, ')
1. 1z Kultninsk~pgi oh:nntnogo cnRoIcyi,7twsk,,,go di"pansora
~glav. vrach - zas.,,zhennyy vrav.1, ':.N. 'Xlkhlreva~.

MIKHIREVA, T.N. (Kalinin, "Proletarka", d. 61, kv.6)
Fesults of surgical therapy of gastric polypor-is. Data of t~A
Kalinin Province Oncological Dispensary. Vop. onk. 10 no.9:92-
94 164. (MIRA 18:4)
1. Iz Kalininskogo oblastnogo onkologicheskogo dispansera (glavnyy
vrach - zasluzhennyy rrach RSFSR T.N.Mikhireva).

GUTERMAN. V.Y.- KIKIRYIWO. V.B.- ZAYTSZV. D.G.
3r1ef reports. 7-ay. lab. 423 no.6-7C6 Je '57. ()G.RA 10: e )
(Cementation (Metallurgy)) (Steel-SUctric properties)

SRI~hemistry
-card
-Mtkhkell son V..'Ya. f-11-te-71
Cryosco4c.mathad Of determining the molecular weights with the aid
of.resistance thermomters

ftriodidil .,::'I -Febr 1954
.,Zhurs,'AnaL Xhimp 9j, FA. L, 22,480 Jan
Ab'stradt Th4 de4slo nt ofa now cryoscopid Method or determining molecular
weights by means of resistance thermometers is described. An import-
ant condition In Cne derivation of reproducible results in cryoscopy
Is strict observation of heat exchange constancy during the entire
testing period. Constancy can be obtained by-thorough heat insu-
lation, intensive ard uniform mWrg and use or bath with constant
temperatures The. determination or molecular, weights must be carfried
out in a dry atmosphere and in &.dry solvent. Dioxam is considered
an excellent, solvent for the determination of moleculAr weights of
di-atomic phenals, and carboxylic acids. Seven references. Tablesl
drawinmao
Institut'' '~:Ttm Polytechnical Institute, Tallin# Estonian-=
Submitted::'I Aug 9. 1953

Y~ V
ne7 .,a rntl* -W,
Gr,
VP

MIKHKIYEV, A.I.; KOIVUnN, T.M.
On drainage practices for swampy soils in Finland. Gidr. i zel. 14
no.1:62-64 J& 063. (KIRA 16:2)
1. Karel'skaya sel'skokhosyWtvannaya opytnays stantsiyao
(Pinland-Dminage)

('~-,M~A7fttive ssm~tlvit7 (~f scme
t~c detlerminat'-~~n of antitp--ates.
6C nf,~.9.122-125 S 965.
1. WAel mikxobiologti (zai,. - chic n-karres potAe n t AMN ,
rzof. V.T. loffe~ lrwt~.tuta eksporlmentalincy med'tsini
y -hien A" prof. P.4. Wr kov) AMN
do ys tvi te I I riy- YIA
Lk rLi rlp-r~t d.

M 1,~ 1-1 KoTA 0 A
DOLOOTOV~ N.P... KIMOTAP A.; SINIKO, A.I.; BABOKIN. otvetat-rennyy red.;
. Z*A.,-tekhn, red,
[Handbook for work3re and minor grade inspectors in mine transpor-
tation in the Moscow Basin] Pamiatka dlia rabochikh i mladshego
nadzora uchastka vnutrisha)ditnogo transporta Fodnoskovnogo basseina.
Moskva, Ugletekhizdat, 1953. 22 p. (KUU 11:7)
(Moscow Basin--Kine haulage)

I- lzy~' :- f " k
PMIN.M.Ye.: 14IMMOW.I.P.: VASIIZSXU.L.S.
Reduction of ferric sulfate by sulfurous anhydride. Zhur.prikl.
khim.28 no.6:573-578 Je'55. (KLRA 8:12)
1. Laningradskiy takhnologichookiy institut iment lAnsoveta
(Iron sulfate) (Reduction, Chemical)

YARTSEVA, N.A.; MIMLIK, N.B.
Accounting for raw TaterialB in hydrolysis plantB. 'J.'drG-:Z.
i lesokhim. prom. 17 no.7:23-25 164.
( HIRA 17: 11 1
1. KELnskiy gidroliznyy zavod.

MILUIN. Ber4 y HRRG, A.I.,redaktor; DZHIGIT, I.S.,redak-tor;
A.,ra4aktor; SHIRROV, A.D.,rodaktor; TARA$OV. F.I..
redaktor; TRAKM, B.Y..redaktor; CHIC1119, P.O..radaktor;
SHAMS=. Y.I..rodaktor; GINZBURG, Z.B..radaktor; CHERVOY, T.S..
takhnichookiy redaktor
CAlectronic instruments for production control] Radioelektronnyo
pribory dlia proizvodetvennogo kontrolia. Moskva. Goo. enere,
izd-vo. 1956. 62 o. (Masovais radlobibliotaka. no-258)
(Automatic control) (Alectronic instruments)
(Production control)

PHASE I BOOK EXPLOITATION SOV/52412
Mikhlin, Berka Zuslyevio
Vyookochastotnyye yemkostnyye I InduktIvnyye datchiki (High-Frequency
Capacity Picku a and Variable Inductors) Moscow, Gosenergoizdat,
1960. 69 p. &5,000 copies printed. (Series: Massovaya radio-
biblioteka, vYP- 375)
Editorial Board: A. I. Berg, F. I. Burdeynyy, V. A. Burlyand, V. I.
Vaneyev, Ye. N. Genishta, I. S. Dzhigit, A. M. Kanayeva, E. T.
Krenkell, A. A. Kulikovskiy, A. D. Smirnov, F. I. Taraoov, and
V. I. Shamshur; Ed.: S. 0. Darevskly; Tech. Ed.: N. I. Borunov.
PURPOSE; This booklet Is Intended for experienced radio amateurs
interested in electronic Instruments used for measuring non-
electrical quantities.
COVERAGE: The booklet presents the fundamentals on h-f capacity pick-
ups and h-f variable Inductors based on the utilization of eddy
currents, which are used in measuring nonelectrical quantities.
Card-1/4----