SCIENTIFIC ABSTRACT YEREMIN, G.V. - YEREMIN, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962720011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RYADNOVA, Irina MildWylovnal doktor oellkhoz. nauk; YERF14II44
j k; KUYINVA,
Viktorovich, kand, sellkhoz. nau
Gar
re
[Winter hardineus of fruit trees in the southern U.S.S.R.]
Zimostolkost' pl.odovykh der(..vlev na juge SSSR. 14oskva,
Kolos) 1964. 206 p. (VIRA 3.7-.12)

(1.1p, VM 7 nts.
G-AUvatl-A ?I:!
Tap, Ih, '31
TI,
Yorimllig
iadam
in
el -jb~)rvy
ArT
yrry.
2, '72-15
o,
ab

RYADNOVA, I.M.; YEREMIN, G.V.
Fruit bud development in stone fruit trees in winter and spring.
Bot. zhur. 46 no.9:1286-1293 S 161. (MIRA 14:9)
1. Krasnodarskiy kray, stantsiya Krymskaya, Opytno-selektsicnnaya
stantsiya.
(Krasnodar Territory--Stone fruit) (Plant3--Frost resistance)
(Buds)
A

y y8tvennykh nauk
kand.sellskokhozYa
Biological characteristics of vinter-hardY Plum var""" in the
Kuban. Agrobiologiia. no, 3..367-37o my-je 161. (MIRA 14:5)
1, Krymskaya plodoovoshchnaya opytno-selektsionnaya stantsi-ya
Vsesoyuznogo instituta rasteniyevocistva,, gArymak,
(Kuban,-Pjum--VarietieO) (Kuban--Plants-FYost resistance)

1. 08271-67 EWT(d)/LVIP(c)/'~-IIP(v)/EWP(k)/-rwP(h)/EWP(l) IJPW
ACC NR: AP602979Z SOURCE CODE: UR/0119/66/000/008/0022/OOZ3
AUTHOR: Bukhalev, V. A. (Engineer); Yeremin, G. V. (Engineer). 23
Yelimov, Y~_.A. (Engine-er)
ORG: none
TITLE: Digital-code tolerance control
SOURCE: Priborostroyeniye, no. 8, 1966, ZZ-?.3
TOPIC TAGS: quality control, digital system, di inistiument
'ABSTRACT: A digital scheme of tolerance (product quality) control is considered.'
The measured parameter value Is compared with preset values In two steps:
(1) Each measured digit is separately compared with the corresponding preset
limits for each digit and (Z) On the basis of this comparison, signals "pass" ori
11reject" are shaped. Boolean formulas for the "pass" signal are set up, and
;Card 1/2
68

L 08971-67
ACC NR: AP6029792
logic diagrams are drawn. The final diagram contains 10 OR-gates, 7 AND-
gates, 6 NOT-gates, and 2 emitter followers (before the last.AND-gate). The
claimed advantages of the digital quality-control scheme are: (1) The error of
i the preset tolerance is one in the lowest digit place., (2) Parameters having the
sign + or - are tolerance -controllable; (3) The tolerance is checked.practically
instantaneously; (4) The scheme can work in conjunction with any digital
measuring instrument. Orig. art. has: 4 figures and 11 formulas.
SUB CODE: 13, 09 SUBM DATE: none

', YU MiN, Ivan ,
11-.-.-~ d
Counterglaim. Grazhd.av. 18 no./*:3-1 161. (HIRA 14:4)
1. Nachallnik aviatsionno-moteprologichookoy stantaii Irkutskogo
aeroporta. (Meteorology in aeronautics)
. (Irkutvk-Airports-Traffio control)

YEREMIN, 1.
Manufacturing mineral wool by centrifugal means.
3 no.401 Ap 162.
15:9)
le Nachallnik tekhnologicheakogo otdala Vsesoyuznogo nauchno-
issledovatel'skogo i proyektnogo instituta:po teplotekhnichoskim
sooruzheniyam. (Mineral wool)
Na strol.hos.
(MIRA

VELISOVSKIY, V.N.;.YERk-MIH,_" ; KALIYANOV, N.N.[deceased];
MISHKEp A.V.; RODOV, E.S.; SEREBRYANSUYA, B.I.;
GERVIDS, I.A.0kand. tskh~. nauk, red.; GURVICH, 6.A.1
red. izd-va; KONA.ROVSKAYAp L.A.,, tekhns.red.
[Mineral wool insulating materials] Mineraloyatnye utep-
liteli. [By] V.N.Vellsovskii i dr. MoA6, osstroiizdat,
1963. 196 p. (MIRA 16:5)
(Mineral wool)

13ARBARINA, T.M.- BUBYRI, N.F.; WTT, L.N,.; VELISOVSKIY, V.N.;
GORLOVY Yu.P.; GiIBAIIOVSYIY) V.G.; DROZDOV, I.Ya.;
ZEZIF, V.G.; F.D.; YOCHA.'tOV, E.F.;
KOSYREVA, Z.S.,* LEVIN, S.N.; YAKM~IOVICH, A.T.; MERZLYAK,
A.N.; RODOVI E.S.; ROZOOV, A.I.; SEREBRYANSKAYA, B.I.;
SUKHAM, M.F.; USTENKO, A.A.; KIWENKO, Z.S.1 SIIHIDT,
L.M.; ETIN, A.O.; YAKHONTOVA, N.Ye.j KITAYTSEV, Vladimir
Andreyevichy prof., dokt6r tekhn. nauk, red.; SKRAIJITAYEV,
B.G., glav. red.; TROKHIMOVSKAYA, 1.P.., zam. glav. red.;
KRAVCIIENKO~ I.V., red.; KITAYGORODSKIY, I.I., red.;
KRZIEMINSKIY, S.A., red.; ROKHVARGER, Ye.L., red.;BALAT'YEV,P.K.
red.
[Manual on the manufacture of heat insulating and acous-
tical materials] Spravochnik po proizvodstvu teploizo-
liatsionnykh i akusticheskikh materialov. Moskvaj Strol-
izdat., 1964. 524 p. (MIRA 18: 1)

KUKSTN, I.I.: B-TTIRMNY 1.1.; TFRERIN I.A.; ROTHISHTyp M.L.; SIYXARIJLIDZE,
V-G.; KARPENRO,
COntinuous-aOtion furnaces for the production Of mineral wool
from molten blast,-furnace slag. Strois mat. 11 no-4:312-34
Ap 165.
Jnatitut (MIRA 18:6)
TePloproyekt (for Kuki3inp Biterman, Yeremin,
Rotnitskly). 2. Rustavskjy zavod mineralovatnykh izdeli
(for Slkharujidze),
zavod imeni Lenina (f 3# Krivorozhskiy 'y
or Karpenko). mOtallurgicheskiy,

YEREMIN. I.J.
Iterative method for Cheb~(shev approximations of incompatible
systems of linear inequalities. Dckl. AN SSSR 143 no.6:1254-
1256 Ap f62. (MIRA 15:4)
1. Sverdlovskoye otdeleniye Matematicheskogo institute, im. V. A.
Steklova, AN SSSR. Predstavleno akademikom A.H.Kolmogorovym.
(Inequalities (Mathematics)) (Sequences (Mathematics))

YEREM I - 1. 1.
Generalization of Motskin - Agmon's relaxation methnd. Usp. mz.
nauk 20 no.2:183-187 Mr-Ap 165. (MtM 1815)

YEREMIN-,,j,I.-,,,~and. fiz,-mtem. nauk
introduction of mathematical calculations into the practice
of planning; a congress in Sverdlovsk. Vest. AN SSM 33
no.22:86-87 D 163. MRA 17:1)

-/6-2
A~'FW ~.-025491
UR/0038/6676367652 WO
78
SOURCE CODE:
AUTIMR: Yerem~,n I. I.-
ORG: Sverdlovsk Branch of the Mathematic.2 I
Mt1jut 355R
(Sverdlovskoye otdeleniye matematicheskogo instituta AN SSSR)
TITLE: Systems of inequalities with convex functions on the left-hand side
8MCE: AN SSSR. Izvestiyat Seriya matematichoakaxv, 30, no. 2,, 1966, 265-278
TOPIC TAGS: function theory, mathematic method
'ABSTRACT: The author considers methods of finding solutions to the syitem
of inequalities
fj (X) 4 0 (j - Is 29
for the case of the system's compatibility,, as well as methods. of fLndjM
.the Chebyshev deviation of the system for the case of incompatij?i1i
Here fj(x) are real conv n , ~ty
ex functions defined on R orig. art. has: 22 formulas.
CJPRS; '36t7751
SUB CODE: 12 / SU114 DATE: 2lDec64 / ORIG REF: 005 OTH REF: 003
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AUIIIIDRr Tl~raM T. T
ILI - - ~~.
L - _j , - -

- YEREMN~__L_~. _-,
Diagnosis and treatment of pyelonephritis. Trudy Vo--. r--2. ir-
52:59-63 163.
Diagnosis of the developmental stages of tumors in the urinary
bladder. Ibid.:95-97
(MIWi 19:3)

__)IF2 =. I- T.K". Y-MMIYOVICH, Yu.1.
Results of radiotherapy for malignant tu=ora .1- ~;rinary
Trudy Vor. med. inst. 52:99-100 163.
Results of treating chronic congestive prostatitis in a polyclinic.
lbid,:111-113 OMIRA IF:3)

KUSSU". Yu.N.; YEREHIN, I.P.
Autmatic synt9m for continuous control of efficiency,
Trudy MEI no.49:7-16 163. (MIRA 170)

YMEMIN, I.P.
Ivan Petrovich Kotliare7s'37i, 1769-1838.
49 p. (Kotliarevskyi, Ivan, 1769-1838)
M, Iskusstvo, 1952.
(WRA 8: 4)

YEMIN, I.V., inzhenaV
Emulsion thinner for oil paints. Sbor.mat. o noy.tekhn v stroi. 15 no.6:
21-26 #53. (MLRA 6.-3)
(Iculs ions ) (Faint)

Petrology and Petrography
Dissertationt "Changes of Petrographic Characteristics In the 02idation of Coal Under
Conditions of Their Natural Occurrence-" Cand Tech Sci, Ingt of Kineral Fuels, Acad
Sci USSR, 6 Apr 54.,(Vachernyaya Moskva Moecow. 25 Mar 54)
,SO: SUM 213, 20 Sep 1954

15-57-3-3462
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
pp 143-144 (USSR)
AUTHORS: Ammosov, I. I., Yeremin, I. V.
TITLE: Jointing in the Coals of the Northern Border of the
Donbass (Donets Basin) (Treshchinovatost, ugley severnoy
okrainy Donbassa)
PERIODICAL: Tr. In-ta goryuchikh iskopayemykh AN SSSR, 1955, Nr 6,
pp 103-111
ABSTRACT: Data are given on the investigation of endogenetic and
exogenetic Jointing in coals of different stages of
metamorphism; long-flame, gus, steam-fat, coking, and
steam-caking. It was noted that the frequency and
appearance of endogenetic fractures are not constant
for coals of the same rank, but vary noticeably. The
frequency and appearance of exogenetic fractures may
also vary sharply in coals of the same rank. Howovert
there Is a systematic relationship between the rank of
Card 1/2 coal and the averuge amount of the Jointing in it. The
W

15-57-3-3462
*-Jointing in the Coals of the Northern Border (Cont.)
,author shows that long-flame and gas coals possess the least joint-
'In~; steam-fat, coking, and steam-caking coals have maximum Jointing.
Coals tending to suddenly collapse are characterized by increased
endogenetic and, especially, exogenetic Jointing.
Card 2/2 L. I. B.

TERM N, I. V.
f
Photographic characteristics of coals in the zone of oxidation.
Trud7 I&b.geol.ugl. no.6:189-201 '56. (MLRA 10:2)
1. Institut goryuchikh iskopayeiffkh Akademii nmk SSSR.
(Coal--Testing)

YEMIK, I.Y., kEmdidat takhnicheskikh nauk.
'~~--Vnifiad'nozenclaturs in coal petrology (a-Il-Union conference in
Moscow). VesteAN SSSR 26 no.7:83 J1 156. (Mm 0:9)
(Coal-Analvels)

I i
E M-1 V,
PITIM, R.N.; YMMIN, IJ.; CEMMKOVA, K.I.
Penetrability of Kusnetak Pasin c9als from the rUshno-Abinak deposits.
Trudy IGI 7:85-93 157. (KLRA 10W
(Kuznetsk Basin-Coal-Testing)

r--C7rv
AUTHORS: Ammosov , 1. 1. , Doctor of GeoloGictl and Mwelogical Sgiences
Yeremin. I.V., Candidate of Teclinical.Scienceb,
Sukhenko, S.I., Candidate of Technical Sciences and
Oshurkova, L.S.
TITIE: Calculation of Blends for Coking on the Basis of the Petro-
graphic Features of Coals (Raschet shikht dlya koksovaniya
PERIODICAL Im gaovl gtrqyraff~~jskikhl sobrnq2 u 1
. 1 0 8 mi a fio ~ PP 1W06SA
ABSTRACT: . A method of biendink co~ls'f r coking base an petro-
graphic analysis is proposed. The method is based on princ-
ciples developed in earlier work (Ref.1). On the basis of
rank and petrographic composition, some nev7 characteristics of
coals were established, namely: leaning index and coking
coefficient. The leaning index is the ratio between the
amount of leaning components present in a blend to the amount
of leaning components necessary for a given blend to obtainopd=
ratio between cokable and inert components in the blend.
Vitrite, leiptinite and 113 of semi-vitrite are included as
cokable components and fusite group arid 213 of semi-vitrite
as inert components. The sum of cokable and inert components
equals 100016 of the organic part of coal (2 C + 2:1 = 1005j'o);
the division of coals according to rank (position in metamorphic
Card 1/4

68-12-3/25
Calculation of Blends for Coking on the Basis of the Petrographic
Features of Coals.
series) based on reflectivity is shown in FiG.l. Optimum
ratio between cokable and inert components for coals of various
ranks, detertined empirically is shown in Fig.1 (the method of
determination is not stated). The amount of leaning components
which should be introduced into a blend in order to obtain
coke (7 V) is determined from the formula:
ICi C2
7-
al a2 an
wiere :Icl , Z02 ...... 2Cn the sum of cokable components
of coals of individual ranks constituting the blend, a,
IA2 " a. - optimum ratio between leaning components for
corresponding coal ranks. The coking coefficient, characterising
cokable components is determined from the formula:
Card 2/4

68-12-3/25
Cal'aulation of Blends for Coking on the Basis of the Petrographic
Yeatures of Coals.
K =
2C, Ki + Z92 Gn Kn
C
where Kl K2 ..... Kn coking coefficient of corresponding
ranks at a given content of leaning components in the blend.
Values for K are given in rig.2. From the leaning index and
coking coeffic:Lent determined for a given blend, the corres-
ondirur coke strength can be determined from the diagram
ig.-3~. An example of such calculations is Siven. It is
U
stated that a very good agreement between the calculated and
determined values for coke strength was obtained (correlation
coefficient determined for 44 cases was 0.527). It is pointed
out that maximum fissuring of coke is obtained when the
individual components of a coal blend differ considerably in
their rank. It is concluded that the method proposed can be
used for calculating the required composition of multi-
component blends containing fusenic coals and up to 25016 of
Card3/4

68-12-3/25
'alculation of Blends for Cokinc on the Basis of the Petrographic
V
Features of Coals.
gas coals. There are 3 figures, 2 tables and 3 Slavic
references.
ASSOCIATIONS: IGI AN SSSR and Kuznetsk Metallurgical Combine
(KuzndBkiy metallurgicheBkiy kombinat)
AVAILABLE: Library of Congress
Card 4/4

I.T.; ZYBALOVA, G.P.
I eat of petrographic characteristics of coal on the efficiencY
of pre-heating in the undergroundganification process. Podzem. gas.
ugl. no. 2:59-64 158. (KIRA 11:7)
1. Institut goryuchikh isiopayetVkh im.G.K.Xrxhi2hauovskogo AN
SSSR i Vsoooyuznyy nouchno-insledovatell,skiy institut Podssmgsz.
(Coal_T~sting)
(Coal gasification, Underground)

rMmjXj.X-,-kvnd.tekhn.nauk', PITIN. R.N.# Imnd,tekhn.nauk;
CIUULWMVA, K.
ParmeabilitY to gas and the fracturing Of some Kuznetsk Basin
coals. Podsen.gasougl. no,4tl3-17 059. (MIRA 13#0
1. Inatitut goryuchikh iskopsyeWkh AN SSSR,
(coal gasifipation, Undorground)

- -YBUMIN, I.Y.
. , -- - ~ -- - - I
Petrographic characteristics of coals an related to their utilization
in the coke industry. Trudy IGI 8:14-20 '59. (WRA 13:2)
(Coal)

AMHOSOV, LL; b-UKHENKO, S-I-VIMMIN, I.T.; OSHMOVA, L.S.
Calculating coke charges on the basis of the petrographic
characteristics of coals. Truly 101 8:21-30 '59,, (Knu 13:1)
(Coke industry) (Coal)

AMMOSOV, Innokentiy Ivanovich; 3jMjVv-Jv&u-Tanjj_!yMt,q_4; BANKVITM,
A.L., red,izd-ve; BRUZGULS. V.V., tekhn.red6,
CiPracturing of coals] Trashohinovatost' uglai. Noskva6 Izd-vo
Akad.nauk SSSR, ig6o. lo8 p. (KIRA 13:12)
(Coal geology)

AMOSOV. I.I.; YEMIN; I.Y.
Determining the degree of oxidation and estimating the quality of
the coal by petrograpbic indications. Trudy IGI 141)-20 160.
(MIRA 13:12)
(coal geology)

, I.I.; IhFkMN i V.* FAKH, L.M.; HUIM, A.I.
9
Petrograpbic studie-~ and prediction of the coking capacity of
coals. Pazved. i okh. nedr 27 no.12:11-16 D '61. (Y1?;. 1.54:3)
1. Institut geologii i razrabotki goryucbikh Iskopayemykh AN SS5R
(for Ammosov, Yeremin). 2. Trest Kuzbassuglegeologiyall (for
Pakh, Boyev), (Coal) (roke)

LINN', G.D.; ETTINGER , T . f'.
Gas composition and capacdlty of ccalo ir the weathcrli~;f zsn,-
coal deposits. r-okI. AN ~Sc.
16)
J8;2)
I. Institut gornogo dela im. A.A. 'cI-kochIn!3kf,)jo i1rintitut geo-10~,iji,
i razrabotki 6oryuchikh lskorayemykh Ali SSSR. Submitted July 4,
1964.

AMMOSOVt I - I. ; -YMIN$ I. V. UBINKOVA, N. I. ; GRECHISHNIKOV$ N. P. ;
PRIANISM11KOV, V.K.; MUSYAL, S.A.; AMMSOVA, Ya.M.;
BORODAVKINY M.G., red. izd-va; YFTIFAKOVA, L.V., tekhn.red.
(Petrographic characteristics and properties of coals]Petro-
graficheskie osobennosti i svoistva uglei. Moskva, Izd-vo
Akad. nauk SSSR, 1963. 379 P. (MIRA 16:1)
(Coal)

VESELOVSKIY, Vsev4lod Stefanovich; YEREXIN, I.V.; ELINSON, M.M.j
221AMSKZ, V.L., red. izd-v'-a-; tekhn. red.
(Testing of mineral fuels) Ispytanie goriuchikh iskopaerqkh.
Moskva, Gosgooltekhizdat, 1963. IaO P. (KVU 16:12)
(Fuel--Testing)

AHMSOVP I.I.; YEMMIN, I.V.
CharRCterization of coals according to the content of basic groups
of microcomponents. Razved. i okh, nedr 27 no.1:7-11 A 161.
(MIRA 17:2)
1. Institut geologii i razrabotki goryuchikh iskopayezykh All SSSR.

ETTINGER, L L.j ZWKOV) B. M-1 BAKALDINA, A. P,
Sorption properties of various petrographic components of fossil
coals. Dokl. AN SSSR 155 no. 2964-367 Mr 164. (MIRA 17:5)
1. Institut gornogo dela im. A. A. Skochinskogo, Moskovskiy
geologorazvedochnyy inatitut im. S, Ordzhonikidze i Institut
geologii i razrabotki goryuchikh iskopayemykh. Predstavleno
akademikom N. V. Mellnikovym. -
.J#F :-

YEREI-ITTI, Ivan Vasillyevich; KALINRI, B,P., inzh., nauchn. red.
fPresent day technolo&f and orean-7zation of the assembly
of the precast structural elements of Industrial build-
Ingo) Sovremennaia. tokluiologlia I organizatslia montazha
sborrVkh konotruktBil rrmV-qh1owrjkh zdandi. Moskva,
Stroilzdat, 1964. 96 p. 41111A 17:10)

P11MOSOVp I.I.; BABASHKIN, B.G.; GRECHISHNIKOV, N.P.; YEREmIN, I.V.;
KAIMYNOV, G.S.; PRYPIIISHNIKOV, V.X.
(Industrial and genetic classification of U.S.S.R. coals;
basis for clasWication] Promyshlenno-genetichaskaia k1as-
sifikatslia uglei SSSR; osnovy klassifikataii. Moskva,
Nauka., 1964. 174 p. (MIRA 17;12)

GETAID, N.H.. inzh.; yyWpjH, I.Ta., inzh.
TP-80 boiler unit with 450 ton-per-hour capacity. Jnergo-
mashhoetroenis 4 no.5:1-5 MY 158- OGRA 1119)
(Boilers)

SHCHERBANI A.N. (Shcherban' O.N.1, akadmik; TSYRULIN1KOV, A.S.
(TSyrullnykov,, A.S.1; YMMINp 1. Ya. [lErtomin, LIAI
Method for predicting the gas content of coal and gas
pressure it the,face of the seam. Dop.AH URSR no.6t753-758
161. (MM 14:6)
1. Institut toploonergetiki AN USSR. 2. AN USSR (for
Shcherban').
(Mine gases)

SHCHMWII) Aeliep (Shah (),N.]~, akadomikj TSWUL VIKOV, A.S-.
or
(TSYRULINYOV., A.~U)- Y!~IOIIII I Ya CIERIOMIN: I.IA.]
Expected ourface temperature of a coal amm and country
rock in atopes of coal pits. Dop. All UR8R no.8:1045-1048
161. (MIRA 14:9)
1. Inotitut toploenergetiki AN USSR. 2, AN USSR (for
Shcherban').
(Coal minee and mLninngff),

SHCHERBANI, A.N., aka(lomik-,-TSYRULINIKOV, A.S.-S kand.tokhn.nauk;
YLREMB-I.Ya.. inzh.
Effect of degassing a coal seam on the temperature conditions
of the seam and wall rocks. Trudy Sem.po gor.teplotekh no-4:
5-15 162. iKMA 15:8)
1. Institut teploenergetiki AN UkrSSR. 2. AN UkrSSR (for
Shcherban').
(Mine gases) 041ne ventilation)

TERESHCHENKOP V.G.J inzh.; YEREMINP I.Ya.p inzh.
-------
Study of temperature fields in rock massifs in stops. Trudy
Sem.po gor.toplotekh. n0,/+:29-32 162. (14M 15:8)
1. Imstitut teploenergetiki AN UkrSSR.
(Mine ventilation)

REZNIK, V.I*, inzh.;-j~9M:QI,.-,I-Ya., inzh.; SUYJIININ, I.A., inzh.
Slag removal systems for boilers operating on Baltic shales.
Energomashinostroenie 91no.100-10 0 163. (MIRA 16tlO)

TSYRULINIKOV, A.S., dotsent; TEREMIN, LUG inzh,
.I- It., -
Degasification of coal in the uork zone of a aeam. Ugoll Ukr. 7
no.6:22-24 Je '639 (MIRA 16:8)
1. Institut teploenergetiki AN UkrSSR.

KROPP, L,I,., irzh; KUZNETSOV, N.V.,, doktor tekhn. nauk; lErTR_q,,_
I.Ya.,.inzh.; RODIONOV, V.A., inzh.
Study of a vibrational method for oloaning a ocrean-type
steam superheater in the TP-17 boiler operating an pul-
verized shale. Teploenergetika 10 no.3-102-38 N 163,
(MIRA 17:1)
nauchno-iseledavatellskiy toplotekhnicbeekiy
institut i Turbinno-kotellnyy zavod.

TSYRULINIKOV, A.S.; U1024IN LYn.-DErlornin, 1.1A.]; MIKITCHMIKO, V.F.
(Ptrkytchtinko, V.F. I'
&tent of the gas drainage zone of coal seams In the vicinity
of mine workings. Dop. AN URSR no.109-63 165. (MIRA 18:2)
1. Prodstavleno akademikom AJI Ukr3SR A.N. Shcherbanum (Slicharban',
O.N.J.

T:3YIiUl,'NIKOVP (T.S~yrullvvl~,-,v, A.S,l I i
.; YERI-14M, I.M. [lEvlc-~mlrl, !.IA.';
'
MIKITCHENKO; V.P. (14ykytcheriko, .F.1
Structure of the working face area of a -.cwil seam. Dop. AN UIRS'R
no. 5:605-607 165. (MIRA 18: 5)
1. Institut tekhnicheskoy toploflzlkl AV (1kr,",SR.

v LB w 0 v a a w 6, , 4~ * 4
Geese so* 0

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as
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Y*,ITE,MlN, Rati., Inze,
Dealgn of relay PMU-CtIcr, eutcM
L Co.
control systems for ffrar~nip&j f lez-ric power dis-,-11
network3. Trudy LIF! rm,41.2~2-246 162. 17~6)
1. Leni,-,grairs~tipt kabellatya set'.

1. DZHAVAPIY, G. M.; YEPWIN, K. A.; KLIMVA, N. V.
2. USSR 600
4o Petroleum
7, Exaviination of the electric method of dehydrating petroleum emulsions by
impulse tension,, Energ. biuls No,, 1,, 1953.
April _1953, Uncl.
9. Monthl List of Russian Accessions, Library of Congress,

8(6)-t Y(2) BOV/91-59-10-14/29
JiL.K.Aww,and Chumichev N.I.2 Engineers
AUTHORS:
TITLE: Protective Measures for Relays Operating on Alternating
Current
PERIODICAL: Energetik, 1959, Nr, 10, pp 24-25, (USSR)
ABSTRACT: On the basis of experience, it has been established that
the weakest link in a relay system operating on alterna-
ting current is the saturation transformer., Type TKB-1,
working with an open secondary winding. Depending on the
intensity of the primary current, the resistance of TKB-
1 attains 10 ohm and more, which causes a non-permissible,
large load on the basic protective current transformers.
In short-circuits, due to saturation of secondary win-
ding cores of transformers feeding the TKB-1, dangerous
tension peaks are created, attaining, according to data
of the plant "Elektroapparat", 1400 volts. Thus, the
initial defects of insulation can cauBe closing of turns
not only in.TKB-1 windings, but also in the secondary
windings of current tranaformers; as a result, the relay
Card 1/2 system goes out of service. In order to remedy the situa-

SOV/91-59-10-14/29
Protective Measures for Relays Operating on Alternating Current
tion, the following measures were taken: 1) The satura-
tion transformers TKB-1 are operated with closed secon-
dary winding; 2) De-shunting the switching-off coil cir-
cuit is performed by common relaysq series IT-81 and
IT-82, with contacts re-arranged for work on opening. In
Fig. 1-a and 1-b, layouts of a maximum current protection,
and in Fig. 2 - a maximum directed protection are given.
Operation of TKB-1 with closed secondary winding has an
advantage in that its impe-dance never exceeds 2 ohms,
that is, it is never greater than the protection with
direct action relays, Type KAM or RTV. It was experimen-
tally established, at current intensity of 50-100 amp.
in the primary winding of TKB-1, intensity in the secon-
dary winding never exceeds 40 amp.; at that, not over
0.9 amp. is branched into the switching-off coil. Appli-
cation of maximum current protection carried out accor-
ding to the described method by a number of Leningrad
Card 212 sub-atations disclosed no defects. There are 2 diagrams.

YERJO(IN, K.A., inzh.
ction system
Increase in the time response of a maximal -prote
vith a direct action relaY, Energetik 11 no,7:22-25 n 163.
(MIRA 16:8)
(Electric protection)
(Electric awitchgear)

YEOGIT, K.A.
Acceleration of maxim= current protection using operational
a.c. Trudy LIEI no.51:331-337 164. (MIRA 18:11)

YERNMIN, L., inzhoner.
Repairing distributor vacuum regulators. Avt.transp. 32 no.3:26
Mr '5 4. (KLRA 7:13)
(Automobiles--Ignition)

-
*,,a-
Repairing the gear shift mechanism on M-20 automobiles. Ayt.transp.
32 n0-7:28-29 J1 154. OUJU ?:9)
(Automobiles--Transmission devices)

YXMV,IN, L,, inzh,
Causes of self-disengagement of transmission gears. Avt. tranap. 36
no.9:26-28 S 158. (MIRA 110.10)
(Automobiles--Transmission devices)

YEREMVI~ L. I.J. Cand Tcch Sal (dies) -- "Investigation of the effect of
production and design factors on the operating qualities and life expectancy
e
of transmission boxes". Moscow, 19W. 23 PP (Min Higher and Inter Spec Educ
RSFSR., Moscow Automobile and Road Inst), 150 copies (KL, No 9, 1960, 124)

..-TUPIR. L.-._Anih.
Wear of couplings In gearboxes. Avt.transp. 38 no.2:34-36 Y '60.
(mIRA 13:6)
(Motor vehiales--Tranimissigf~'deviceei)

SOV/120-58-4-5/3o
AUTHORS: Shorin, K.N., Metallnikov, Yu-11., Bozin, G.M., Yeremin, L.V.
TITLE: Using Permalloy-,- Cote -I Instruments,in Making
Magnetic Measurements in Accelerators (Primeneniye permal-
loyevykh datchikov pri magnitnykh izmereniyakh v
uskoritelyakh).
PERIODICAL: Pribory I tekhnika eksperimenta, 1958, Nr 4, pp 25-29
(USSR)
ABSTRACT: Permalloy elements have large sensitivity in the range 0
to a few hundred oersted. They may be used to c-crastract aj>-
paratus having sensitivities In the order of 10-~' to 10-0
oersted or better in the case of static fields, i.e. fields
which do not change with time. In 1xieaunr1*1-~,non-uniform
magnetic fields which vary with time, a permalloy a.--..*a
moving coil Instrument will give rise to an error associated
with the hysterisis of permalloy and the dependence of the
field, due to transientB in the opre, on the rate of change
of the field with time. A method is described in the
present paper whereby this error may be eliminated auto-
matically. The magnetometer which has been constructed
Card 1/2 using may be used

~')DV/120-53-11-5/~O
Using Permlloy Core Instruments.in Making.Magnetic Measurements in kzcelerators
measure both static and dynamic magnetic fields in acccle-ra-
tors in the ranme 0-60 oersted. The sensitivity of the
instrument is (2--3)lO-31nthJsrMiM The instrument can be used
to measure distortions in the mean magnetic plane in oynchro-
trons. The comDensation circuit which eliminateS the above
error is shown in Fig.2 and the cr)-lete electronic aircuit
,used is shown in Fig.6. The mmJngoll-;Intruuiertitneirl3ilustiated
in Fi--.3. V.A.Petukhov, 14.S.Rabinovich and V.Ye.Pisarev are
thanked for their help. There are 8 figures and 1 English
reference.
ASSOCIATIOIT: Fizicheskiy institut All SSSR ( Institute of Physics,
Academy of Sciences, USSR)
SU13MITTED: October 27, 1957.
Card 2/2

S/908/62/000/000/001/CM3
B163 3180
AUTHORS: Bozin, G. M., -Yvreminy-k,~.Jj-, Uetalinikov, Yu. 11.,
Pisarev, V. Ye., Sh6iin, K. 11.
TITLE: Magnet and magnetic field characteristics of the 680 liev
accelerator
SOURCE: Uskoritell elektronov na 680 Mev; abornik statey. Ed. by
Z. D. Andreyanko. Moscow, Gosatomizdat, 1962, 5-23
TEXT: The weak-focusing 680 Viev oynchrotron of the Fizicheskiy institut
im. P.N. Lebedeva Akademii naul: SSS11 (Physics Institute imeni P.N.Lebedev
of the Academy of Sciences USSR) is based on the 100 Mov proton accelerator
which was the model for the big Dubna 13 Bev proton-synchrotron
accelerator. The electromagnets, poier system and certain other parts
were taken from this model. Avera/.e orbit radius in the 4 sectors is 2
tetors-~-the--length-6-f-:--i-ac-h-
width,-36---cmi- gap--w- idth- orbit 2 -cm, -and angle of-the ciicubi-
sectors 861. The magnetic pulse in the gap is almost triangular In shape,
with an amplitude of 11,500 0e (current amplitude 950 a) and build-up time
i-___~ard 1/3

3/908/62/000/000/001/008
Uagnet'and magnetic field B163/BleO
0.68 sec. The initial growth rate of the magnetic field strength is
20,900 oe/sec. The following modifications were made to the power
aystam for operu~ion with electrona: 1) a demagnetization device wag
fitted, creating an opposite current pulue in tho main windings in between
the working cycles, to reduce the remanance field to about 2 oe, 2) a
magnetizing arrangement was added, to create a negative field of 35 oe in
the gap before the beginning of the cycle, (this helps to finish all
transition processes in the magnet and the power system before the moment
of the injection), 3) a atabilization circuit was added for the initial
voltage at the magnet windings, to fix the initial growth rate of the
magnetic field with an accuracy of 0.55f2, thus stabilizing the influence
of eddy currents.on the magnetic characteristics at the injection. The
injeation energy is 600 kev, and the initial field 20 oe on average the
fiIeld index is o.66-o.6a. The influence of deviations of the real from
the ideal magnetic field on the corresponding orbital deviations from the
ideal orbit, is studied by perturbation calculations in a linear approxi-
mation, and it in estimated th&t the greatest deviationo from the equili-
brium orbit in axial and radial direction are less than 5 cm. Magnetic
field distribution was measured on aA improved permalloy pickup for field
Card 2/3

S19081621000100010011008
Magnet and magnetic field ... B163/BISO
strengths up to 100 oe, and aloo by the induotive-mothod, using a ballistic
galvanometer or electron integrator, for field atrengthe above 500 oe.
Figures show the magnetic setup, field distribution and equilibrium
orbits along the racetrack with and without field compensation, and the
distribution of the field index over the radial coordinate for various
states of compensation and various field strengths, and the arrangement
of compensation coils. The deviations of the magnetic median surface from
the middle-gap plane are also compensated by special windings, so as not
to exceed 15 mm. There are 9 figures.
Card 3/3,

S/906/62/000/000/007/008
B163/B180
&THORS: Dabkin, Bozinj 0. M.# Gagin, Ye. 11.,jeremin, L. V.,
Dietallnikov, 1u. N., Orlovskiy, G. N., Petukhov, V. A.,
Pisarev, V. Ye., Sedov, N. G., Shorin, K. H.
TITLE: Some starting-up and operatine problems of the 680 Mev
synchrotron
SOURCE. Ubkoritell elektronov na 660 mov; sbornik statoy. Ed. by
Z. D. Andreyenko. Moscouj Gocatomizdato 1962. 64-74
TEEXTT: The momentary particle orbit during the first revolutions is
distorted due to a number of unconlrollable deviations from the ideal
magnetic field configuration. ~Ihis must be corrected in order to capture
a aufficient part of the injectad electrons. Indicating devices measuring
deviations help to find 'he initial conditions, e.g., the correct
injection angle and timing for %which the free oscillations about the
equilibrium orbit become minimal during 'he first revolutions. Similar
methods were used to correct foz deviations of 'he median surface of the
magnetic field from the geometrical symmetry plane. For these measurements
Card 1/3

S/908/62/000/000/007/006
Some stuarting-up and operating B163/B180
,a chop9er was used, consisting of an electric deflector immediately behind
In Ises
t
le 60 magnetic sector field in thein'Jection line, by 'obich short DU
of 1-2 4sec duration could be selected from the injected beam. The
signalling deviceD were flags and grids coated with lumineacent paint,
sometimes in connection with photomultipliers. In this -nay the orbit
deviations could be reduced to 2-3 on in radial in 1-2 om in ve--tical
dizection. In the quasibetatron and the synchrotron acceleration stages
the envelope of all oscillating orbits Yas measured by movable vanes,
three or four in each sector. In the first stage, about 15 A300, the
acceleratina field is disconnec-.ed but the magnetic field is growind.
When the momentary particle orbit has been reduced, at 0.2 to 0.3 mm per
revolution, from the inflector to the central chamber radius, the
accelerating electric field is aritched on. Under optimal conditions, the
capture coefficient is 2c,',', which corresponds to 2.5'109 electrons per
cycle. To avoid undesirable reaonanco effects from the passing electron
beam in the resonator during thQ first stage the resonator is detuned, and
tho second stage is performed at a snallor orbit radius. 71lion the field
is switched off at the end of the accelerating cycle, the magnetic field
is still rising and the electrons hit the target, a tungsten vire I mm
Card 2/3

3/908j62/000/000/007/008
Somestarting-up and operating ... B163/BIBO
--- - - ----- ---- ------ ---
leration- b*t---- S-11h t-- -*t of---the7---y---radiation=--------
am, e acoe -or 1 e in ensi. y:-
produced was measured in a thick walled graphite ionization chamber. A
total y energy per cycle of 2-1P 11tv could'be achieved, and the number
of accelerated electrons per cycle ras of the order of 108. There are
6 f igures.
Card 3/3

~*lv-_grfwlRliiAltz5r,~i~L~~-k*qwy4?14RVi&~HV--,Ril-
WWW"a-mmm lmm~-
P th4apy of inoperable eancer patients. Vop. onk. 6 no*6:
Insulin (KIRA 14:3)
48-52 Je 160. (CANCER) (IMULIN)

KRENKELI, E., Geroy Sovetskogo Soyuza; VIqIR4EVETSKIY, F.; TARIVERDIYEV, D.,
kAnd. tekhn. nauk; V-RAYANIY, V.; TOVMASYAN, L., nauchnyy rabotnik
(Yerevan); ROBUL, B.; VOZIIYUK, V.; YERIPM111A N.J. radiolyub-,"21
(Moskva); MATLIN, S., inzh.; BOPll6v6LDK--O ihzh.; GONCH~FT)7, V.;
GRIF, A.; MSTISIAVSKIYj A.
Works and needs of radio amateurs. Radio no.7:1-3 164.
0,11RA 1P - 1)
1. Predsedatell prozidlunvi Federatsli radiosporta SS6R (for Krenkell).
2. Ilavnyy redaktor zhurnala "Radio" (for ViBhnevetakiy). 3. Ch-lon
Bakinskogo radio-kluba (for Tariverdiyev). 4. Prednedatoll Llvovakoy-
oblactnoy sektsii radiouporta.(for Karayaniy). 5. Vachallnik Donotskoy
shkoly radioelaktroniki (for Robul). 6. Prodoodatell soveta Novo-
sibirskogo oblastnogo radiokluba, (for Voznyuk). 7. Spetfiiallny-y
korrespondent "Pravdy" (for Goncharov). 8. Spetsiallnyye korr-espondenty-
zhurnala "Radio" (for Grif, Mstislavskiy).

1. N. IM"LIN, Eng., 11. SARTAKUV.
2. USSR (600)
4. Agricultural Machinery
7. Device for repairing tilling machinery. UMS 12 no, 11. 1952.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

YEREMIN N.I-
Booklets on the innovators in wool cloth manufacture. Tekst, prom*
21 no. 4:83-84-Ap 161* (MIRA 14:7)
(Bibliograpby-Woolon and worsted manufacture-Labor productivity)

SIMATOT, A.D.9 redqj V redaktirovanii prinimali uchastlye: "MA OV, I.K.;
Y=ROVA, N.A.; OVCHINMEOV, A.I.; SIZOVA, A.I.; SIMMI. M.G.;
KARMM=. A.Y.; IWLIGHKIN, JL.V.; NIXOLAMAI Z.A.; STIPINOVA#
V.P.; RMOVA, V.K.; KUMIKOVA, Y,N.. MMMIN, red.;
XH~XH , Ya.M., tekhn.red.
[Economy of Ullyanovsk Province; a concise statistical manual)
Narodnoe khosiaistvo U111anovskol obla'sti; kratkil statistichaskii
abornik. Ullianovskoe knizhnoe izd-vo. 1958- 199 P- (KIM 12:p
1. Ulyanovsk (Province). Oblastnoye statist icheskoye upravlenlye.
2. Nachallnik Statistichaskogo upraylaniya Ullyanovskoy oblasti
(for Skaratov).
(Ullyanovsk Province--Statistics)

Vo 0 SO 6 -0, -e-e a 0 0
41
9 it Ar W hr- AMA -x. a .0 01 a ILI
00 A jW mtol -00
ism$ 440 01*01*14% 0.6to
thl ft-11 Of BU4001
a MMMkq3.KdjbjWxft 1. Emudn'-(Metal Iowa
-soy
set Henild, Rwwi*, IM, va 17, 13; No. 2, Jan.,
pp. 104-108). (In Runisa). The autbor b" developed a now, 10*
niagnetle me4hod for in stmetuft at lawl in fek"
=.M. tpwiments aso euried out on,
to the hanlening
60-4 tubes of a stc4 omialmV of iu6mo, 043% of dwmWuto and.
610 '1
*0 A of.molAdocumIl Two sots of measuremsts are describode
In one the characteristics of the current induced in tire coils =00
000 one containing a s"l* of the steel to be oxanin*d and the
*0 oLhor a standard aocsistbK or a samplo of the same stool In
0 0 In the annealed state. connected In opposition and onorgised Is,
004 by the ism alternating current, wire deterainod as a tunction
of tims by mass of an os*illopoph and analysed by means of Is 0
a harmonlo malywo, VA* second sesorromenta were obtained r4 0
by a ballistic methodlo the growth sad decline of an oaf In- wee,
11 duced In a oaU containing & core of the some stool to be X**
:1 tested being Iletormf od* The Osaillograph curves are charact-
erlstlo.49r the difference between the hysteresis loops of the
a too
,as
"TAILL10"CA LIT184thill CLASUPKA1100 I 1"n7 Poo
17'3.xv;
_2 0
$41low .410 aft* 44( ofI Sol 4d 4-1 111
-7kb u a Aw jo a 6 a q I _W 4 _31 f -4.0
IN a
0 : '": 0 0 111
44010 0 111 44 0 0- 0 0 0 0 0 0 111 064 0 so so 0 0 0 so* 000

6
0 0 Is 0 0 00 0 0 0 0 0 0 00 0 0 0 00 0 0 0 00 0 00 0 0 0 00 0 0 0 00 00 0
0
00 00
.00
so . I;.
saxple andthe standard# The wiplitudes and phases or the 00
00
41frorent hormovies are related to the shape of the loops 00
00 VA# cosrolvity and oth*r"alli*d properties@ Mwso charact- 00
00 orlatios are "ry sensitive to structural changes, particul- 00
0 0 arly when martensitio structures are involveds The simplitude 00
00 of the third harsonlos which depends on the difference betvrvon 00
00 the maxim= lmductions, Jr*r*&vZs ;trSnCly Asn the quoisching
00
go teMerature Ii raised frcm 760 o 60 C., and to thus closely 00
related to the quantity of martessito in the omplee The con- 00
struation of apparatus for automatic, structural analysis by
00 this wAthod Is projocteds 00
00 00
*4. 00
00
0 0 00
00 00
so 00
00
04 00
so
00
00 00
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0 0 a 060990000000000e000000000 000e
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4 P

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21.141L F
. TIn. for 11CATI
tfetla". t4, 1, ftv atitlit 1 %*9
I Scientific PUIZOW and 400
Industry.
A UJ3.8-R. an Russian. Ih stud6 of niod
of a tboroug is 4 'Xistina doe
Ar ftesulta flult inrtbO~ ,f the Ou"
rn mag" ding thO Tclul" *01111 *Orlt too
ed.1 is, inclu
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thOr I ':J"-w be 0 VCM "of d1tcc"O"
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tributlr,,g dcfects-j',',j.
r.0 0
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00.3 welded stFu SOO
00
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-16, 631.3 952,1 NLRA 60)
(Ci 47'R*'*90110296 053)'
An attempt to improve old methods by finding a sensitive
magnetic colloid and studying ricrostructure (see Yeremin "Yagnetic Powder Defectoscopy"
14agnitzinya Poroshkovaya Defektoskopiya., Mashgiz., 1947). Finds that structures under
electron microscope show inhomogenous distribution of magnetic and weak magnetic
phases., as revealed by magnetic method, Indebted to N. A. Reshetkins and N. 1.
Lebedyanskaya. 251T26

YEMIN,N.I.; KRINCHIN.G.S.
Zffect of elastic stresses on the longitudinal and transverse
inversion. Uch. zap. Hook. un. no.162:131-137 152.
(Yerromagnstism) (KLIRA 8:7)

112-3-6375
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 3, p. 184 (USSR)
AUTHOR: Yeremin, N.I.
TITLE: Modern Methods of Magnetic Powder InspectLon.
(Sovi,emennyye metody magnitnoy poroshkovoy defektoskopii)
PERIODICAL: In Sbornik: Sovrem, metody ispytani~ materialov v
mashinostroyenii, Moscow, Mashgiz, 1956, pp. 250-263
ABSTRACT: Bibliographic entry.
Card 1/1
I

A/' J-
~PHASZ I BOOK EXPDDITATION
.Tsentrallnvy nauchno-issledovatellskiy institut tekhnologii i
mashinostroyeniya
269
Fiziko-khimicheskiye issledovaniya austenitn kh splavov (Physical
and Chemical Studies of Austenitic AlloysT Moscow, Mashgiz, 1957.
258 p. (Its: [Trudy] kh. 84) 4,600-copies printed.
Edi: Yeremin N.I. Candidate of Physical and Mathematical Sciences;
Tee_h_--_M--P_ ~d~ova, A.F.- Ndnaging Ed. for literature on heavy
machine building (MASHGIZJ; Golovin, S. Ya., Engineer.
PURPOSE: This book is*intended primarily for scientific and
engineering personnel engaged in research on heat-resistant
austenit'ic alloys, but may also be useful to laboratory workers
in the metallurgical and metal-processing industries.
COVE-RAGE: The articles in this volume, written by various authors,
the results of experimetnal investigations of phase
composition and structure of austenitic alloys, conducted with
the use of modern phyeico-chemical methods. For authors,
Card 1/10

'Physical and Chemical Studies of Austenitic Alloys 269
references, and additional coverage, see Table of Contents.
TABLF. OF
CONTENTS:
Likina, A.F., Engineer; Borcheva, T.A., Engineer; Nude, L.A.
Engineer. Electrochemical Nethod of Studying the Phase
Composition'6k Austenitic Steels 3
The authors discuss differential analysis of carbide phases
and methods for determining nitrogen.niobium, tungsten, and
other elements. There are five Soviet references.
Shmelev, B.A., Candidate of Technical Sciences.
Hydrogen in Steel 22
The following topics are treated*, (1) mechanism of
formation of hydrogen occlusions in steel; (2) methods
of determining hydrogen in ferrous metals: evolution of
gas from metal on mechanical destruction of specimensolution
of metal in a reagent, combustion in oxygen, ionic
Card 2/10

Physical and Chemical Studies of Austenitic Alloys 269
bombardment, determination of the most mobile part of
the hydrogen at room temperature or with moderate heating,
heating in vacuo, and melting the specimen in vacuo;
(3) preparation of Btandard specimens with hydrogen content
predetermined by an electrolytic method of saturation; (4)
sam ling and preservation of steel specimens for hydrogen;,
(5)p effect of hydrogen on certain mechanical properties of
high-alloy steel. There are 35 references of which 21 are
Soviet, 6 English, 6 Oerman, and 2 French.
Cheburkova,, Ye. Ye., Candidate of Technical Sciences.
Nonmetallic Inclusions in Austenitic Chrome-Niokel-Cobalt
Steel with Niobium Content. 41
There are 7 Soviet references.
Yeremin' N.I., Candidate of Physical and Mathematical
iii investigation of -t :~_*cK2. Phase Transformations
in the Aging of Austenitic Chroie-Nickel Steels 53
Card 3/10

Physical and Chemical Studies of Austenitic Alloys 269
There are 16 references, of which 9 are Soviet, 5 English,
1 German, and 1 French.
Lashko, N.F., Candidate of Technical Sciences. Phase
Transitions in Diffusion Processes in Alloys 69
There are 2 Soviet references
Yeremin N.I.; Lebedyanskaya,, N.I., Engineer. A
UN-e-s-titatidn of the Phase Transformations and
S;ip a' by the Magnetic Microstructure Method 75
There are 15 references, of which 6 are Soviet and
9 English.
Sigolayev, S. Ya., Candidate of Technical Sciences (deceased).
Some Properties of the Alpha-Phase in Austenitic
Steela . 87
The author concludes that in steel Khl8N11B the alpha-
phase may.be of dual origin -- "mechanical" in the case
of cold hardening, and "thermal" in the case of aging.
Card 4/10

Physical and Chemical Studies of Austenitic Alloys 269
There are 4 Soviet references.
Yeremin, N.I.; Lashko, N.F.; Lebedyanskaya, N.I.
-V_ha_s_e7Ti-MWormations Occurring During Cold Plastic.
Deformation of Austenitic Steels 91
The author concludes that analysis of the magnetic
microstructure can be widely used for studying the
mechanism-of plastic deformation, phase hardening of
austenitic steels in cold working, and in estimating the
stability of solid solutions on the basis of their
dissociation during mechanical polishin There are 18
references, of which 14 are Soviet and t'English.
Entin, S.D., Candidate of Technical Sciences. The Effect
of Plastic-Deformation on the Aging of Austenitic
Alloys. 107
There are 5 Soviet references.
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Physical and Chemical Studies of Austenitic Alloys 269
Entin, S.D. Formation of the Alpha-Phase in Plastic
Deformation of Austenitic Alloys n6
An investigation is made of the effect of the original
structurd'on the stability of austenite during
deformation, formation of the alpha-phase as affected
,by the degree of deformation, effect of deformation at
elevated temperatures on the dissociation of austenite,
and the formation of the alpha-phase immediately upon
deformation. There are 5 Soviet references.
Lashko, N.F. Effect of Manganese and Nickel on the,
Phase Composition of Certain Austenitic Steels 126
Xer4pin_, N.I.; Lashko, N.F. Concerning the
Vistribu__tlo~n of Nitrogen Between Solid Solutions and
Second Phases in Austenitic Steels 131
There are 3 Soviet references
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Physical and Chemical Studies of Austenitic Alloys 269
-I.; LaBhkOj N.F.$ Lebedyanskaya, N.I. Phase
Yeremin, N lace During Forging
Tha ~jes'in V,1572 Steel Taking F
The authors discuss the peculiarities of structural
Changes in cast steel during heating for forging,, Phase
changes during forging and cooling, aging, and the
effect of niobium. and titanium on structure.
Sigola ev, S. Ya. The Effect of Repeated Heating on
Phase ~Orm8tion in Austenitic Alloys

37

0
There are 2 Soviet references of Technical
Lashko, W.F.; Tseytlin, V.Z-' Candidate
Sciences. some Peculiarities of Medium-Carbon Chrome
molybdenum Pearlitic Steel

67
There are 2 Soviet references
Yeremin, N.J. Structural Changes in the Surface Layer
_;~ ~~ing High-Temperature oxidation
172
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Physical and Chemical Studies of Austenitic Alloys 269
Temperature Oxidation 172
There are 7 references, of which 3 are Soviet,
3 English, and 1 German.
Komarovskiyo A.G., Candidate of Technical Sciences.
Local Spectral Analysis 184
The potentialities of spectral analysis as a means
of determining local chbmical composition of metal,
particularly of welded seams, are investigated.
There are 3 Soviet references.
Komarovskiy, A.G. A Rapid Method of Spectral Analysis
of Austenitic Steels 199
The author outlines his method for the rapid quantitative
ana-lysis of high-alloy steels and heat-stable alloys for
silicon, manganese, chromium, nickel, molybdenum, tungsten,
titanium, vanadium, cobalt, aluminum, boron, and niobium.
There are 26 references, of which 20 are'Soviet, 2 English,
2 German, I Italian, and I Scandanavian.
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Physical and Chemical Studies of Austenitic Alloys 269
Shmelev, B.A. General-purpose Unit for the Determination
of Gases in Steel 226
The author describes the unit and themethod, which
consists in the vacuum melting and degassing of the specimen
in a graphite crucible, the gases being drawn off by a
system of pumps and then determined by ordinary methods of
chemical gas analysis.
Yelchin, P.M. Determination of Ferrite in Austenitic Steels
by Means of a Magnetic Balance 241
Sigolayev, S.Ya. A Device for the Thermomagnetic Analysis
of Austenitic Steels 245
The author-states that this electromagnetic device and the
thermomagnetic method of analysis have made it possible to
obtain new information in these processes., not ascertainable
by ordinary methods.
Entin,, S.D. An-.In5trument-for Measuring the Magnetic__
Susceptibility of Austenitic Alloys 251
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