SCIENTIFIC ABSTRACT MINKINA, L. N. - MINKO-RAYYEVICH, YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134420013-2
• 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

FEDOTOVA, T.I., doktor sellkhoz.rauk, prof., red.; MINKINA, -L.N.,
red.
[Potato wart and its control] Rak kartofelia i mery borl-
by s nim; sbornik statei. Leningrad, Kolos, 196.4. 158 F-
(MIRA 18:12)

V(JYL'VODIII, Aleksey Vlasovich, kand. sellkhoz. nauk; IIIII]KIVA, L.N.,
red.; REUTSKAYA, O.Ye., red.
[Herbicides] Gerbitsidy; sbornik statei. Leningrad, Kolo3,
1964. 319 )). (MIRA 17:9)
1. Vovsoyuznyy nauchno-lasledovatellskly inotitut zashchity
rasteniy (for Voyevodin).

POLYAKOV; Illya Yakovlevich; MINKINA, L.N., red.
(Forecasting the distribution of farm crop pests] Prognoz
rasprostraneniia vreditelei sel'skokhoziaistvewWkh"kulltur.
Leningrad, Izd-vo "Kolos," 1964. 325 p. (JaAA 17:7)

BERIM, Nakhman Zuel-Gershkovich; SOKOLOVSKAYA, Havekka Y-3fremovna;
MINKIIIAp L.N., red.
[Practical laboratory manual on the chemical protection of
plants] Praktikum po khimicheskoi zashchite rastenii. Le-
ningrad, Kolosp 1965. 191 p. (IAIRA 18:3)

VASILICHENKO, Ivan Tikhonovich; MINKINA L 1( & red.
[Key for indentiftzation of weed seedlings] Opredelitell
vskhodov sormykh rastenii. Leningrad, Kolos, 1965. 430 p.
(MIRA 18:12)

KUDRYAVTSEVA, I.D.; WNK-RtA ft~~4.; SFMCHENKCJ, V.D.; POPOV, S-Ya.;
SMIMOV, V.A.
Electrolytic iron plating in aramonium chloride electrolytes.
Trudy NPI 146*55-59 164. (MIRA 18:1.1)

~'-' - - "'.. -- 1 /
//' - /I- -"I - 1w'/
KHVOROV,
1,~Y' /_1 11
N.I.;MUMNA, N.A., inshener.
mw~
Mechanizing the processes of operation In the Lvov mail trans-
port section. last. svia-st 17 no.4:14"15 Ap 157. (XLRA 10:3)
1. Bachallnik Llvovskogo otdolenlya perevoski pochty (for Khvorov)
(Lvov--Postal service)

ACC NRt AR6033655
SOURCE CODE; UR/0417/66/000/009/0071/0071
'N)
AUTHOR: Minkina, N, A,
ORG: none
TITLE: State of the central nervous system and its'acclimiation to non-
ionic industrial poisons
SOURCE: Ref. zho- Parmakologiya, khimioterapevtichaskiya aredstva,
toksikologiya, Abs. 9.54.506
REF SOURCE: Sb. Vopr. 6bshch. i chastn. prom. toksikol. L.9 1965, 103-112
TOiIC TAGS: CNS, neurophysiology, industrial waste, air pollution,
poison ef fact , 09 CC_T0A-1C, R.4.r
ABSTRACT:' The relationship between the general condition of the CNS to
its adaptation to acetone vapors was investigated using rats as experi-
mental animalso Rats were exposed twice a week to 40 min inhalation of
the vapor in concentratiofis from 2-'20 mg/l. Experiments in which
single doses of toxic compounds were givau were also conducted. Some
of these affected the central nervous system so that adaptation to the
.acetone vapors 'was retarded. 'Other compounds achieved their effect by
affecting heat regulation and andocrine function in the animals.
(W.Ae 501
SUB CODE: 06/ SUBM DATE& none
Card I I I UDC1

MINKINA. N.A.. aspirant
Eft"Mmal.
Ifmphatic system of the costal and diaphragmatic pleura in man.
Trudy LSGKI 17:47-62 153. (KLRA 10:8)
1. Kafedre normallnoy anstomii Leningradskogo sanitarno-gigiyenichs-
skogo meditsinskogo instituta (zav. kafedroy - chlon-korrespondent
AMN SSSR. prof. D.A.Zhdanov)
(PLEURA, anatomy and histology,
lywhatic system)
(LYKPHATIC SYSTSK,
pleura)

L19VINA, I.N., MINKINA, N.A. (Leningrad)
Cha;;e"97"in"'"t-head;;n-al cortex of white mice in manganese oxides
poisoning. [with summary in English]i Probleendok. i gorm. 4
no.4:25-30 J1-Ag 158 (KIRA 11:19)
1. Is toksikologicheskoy laboratorii (sav. profe I*D* Gadaskina)
Gosudarstvennogo instituta gigiyeny truda I professionallnyl&
zabolevaniy (dir. - kand.med.uauk Grigorlyev).
(KOGAMSE, of f
oxides eff on adrenal cortex mice (Rue))
(ADMAL CORTEX, off. of drugs on
manganese oxides pois. in inice (Rua))

A,X.A.----
NLJqI
Histological changes in certain rat organs following the administratioa-
of the pentoxyl. Farm. i toks 21 no.6:69-74 N-D 058. (NIM 12,.; 1)
1. Toksikologicheolmya laborstoriya (say. - prof. 1.D. Gadauklas, muchzWy
konsul'tant - saslushenM7 daystell usukI prof. N.V. Issarev) Idubwad-
skogo gonudIsrstvamogo nauchno-looledovatelOokogo institute gigly~tW tru&
I profsabolovauiy.
(TRIOUMCIL, red. apda.
5-hydrozymethyl-4-mthylthioursail, on histol. of varlovs
rat organs (Run))

M M INA# N.A.; FILOTy V.A,
C--- ---------------N
The uses of photmetry In blatochemistry (instr=ent and method).
Arkhopate 22 no*3874-78 160, (KMA 13t22)
(HISTOCHZMTIM) (PROTaSM-EWIPKW AND SUPPLUM)

GADASKIVAI I.D.; LYUBLIIIA, Yr..I.; MMIA, V.A.; XUOVA, M.L. (Ieningrad)
Some data on the influence on the animal organism of carbon monoxide
under conditions of continuous and intermittent action. Gig.truda
i prof.zab. no.11:13-18 161. (MIRA 14zll)
1. flauchno-issledovatellskiy institut gigiyeny truda i profzabo-
levaniy. (CARBO MOIIOXIW,-PHYSIOLOGICAL EFFECT)

LEVINAO E.N.; MINKINA? N.A.
ComWative effect of oxidedof cobalt on lung tis:3ue. Gig. i san.
26 no.8s2r/-32 Ag 161. (KRA 15:4)
1. Iz tokeikologicheakoy laboratorii Leningradskogo instituta giglyony
truda i professionallnykh isbolevaniy.
(LUNGS) I (COBALT OXIDES.-PHYSIOLOGICAL EFFECT)

Aa-WOVA, Zh.I., kand. med. nauk; GADASKINA, I.D.,, prof.; GOLUBEV,
A.A., kand. med. nauk; DAIIISHEVSKIY, S.L., prof.; ZILIBER,
Yu.D.,, kand. med. nauk; IAZAREV, L.N., kand. khim. nauk;
LEVINA, E.N., doktor med. nauk; LOYT, A.O.; LYUBLINA, Ye.I.,
doktor biol. nauk; -LMINA, Ye.T.,, kand. biol. nauk;
MINKINA, N.A., kand. med. nauk; RUSIN, V.Ya.v kand. med.
SAMAMON, L.S., kand. med. nauk; SPERANSKIY, S.V.j,
TRAKHTENBERG, I.M., dots.; FILOV, V.A., kand. biol. nauk;
TSIRK, K.G.j kand. med. nauk; CHEKUNOVA. 14.P.p kand. med.
nauk; GRIVA, Z.I., red.; IAZAREV, N.V., zwl. deyat.nauki, prof.,
red.1 LEVIN# S-.O.j, t9khn. red.; BASIUA,.M.Z., tekhn
[Toxic industrial substances; handbook for chemists, engineers
and physicians] Vrednye veshchestva v promyshlennosti; spra-
vochnik dlia khimikov, inzhenerov i vrachei. Izd.4., pereri
dop. Leningrad, Goskhimizdat. Pt.2.[Inorganic and metallo-
organic compounds] Neorganichaskie i elementorganicheskie so-
edineniia. 1963. 619 p. (MMA l7t2)

27240
19 .7r00 It% I (a
S/148/61/000/003/011/015
A16l/A133
AUTHMt Gorelik, S. S., Spektor, R. N., min in , S. N.
TITLEs Investigating the concentration dependence of the reorystallizattion
temperature level in two-component nickel alloys
PERIODICALs laventlya vysshikh uchebnykh zavedenly. Cherhaya metallurgiya, no.
3. 1961, 138 - 147
TEXTS It bad bem revaaled in two previous works that the dependence of
the temperature of.-tho bealiaLinix.,At,:~oerva-tallization (t b) on. the concentration
r
of elements Intwo-compopent single-phaze,alloys is of a rather complex,nature
(,R*f. 1~and 2s S, ;3
_q.Por*l1ka;zA H. X. Spektor, Izv. vyxsh. uah. xav. Chernaya
metallwaim. 1960, no-,.9, an4.119. 7). :T-he,present article presents the results
of-an investigation of.Vwee alloy.syptemst Ni-Be, Ni-Co.- and Ni-Al, in which
the se'a'ond component-has either a considerably smaller, or an almost equal, or a
considerably larger 4tomic.radius than nickel. Thebprevious data (Ref. 1) led
to a.new explanation of the causes of the drop of t; after the first maximum in
the low-coneentration range - that the increasing content of the second element
3zesults in a saturation,of the lattice boundaries and dislocei= spats with the
card l/ 3

27240
S/148/61/000/003/011/015
Investigating the concentration dependenie of the... A16l/A133
second eloment atome, th~ surplus of these atoms-diesolves in the grain volumes,
and-this results in's weakening of the effect at dislocations at -the time when the
bond. forces are no~ ye. suffiaiently developed. This theory needed an experimental
verification. The descriV work included a-,comparative study of the effect of Cr
in nichrome alloys. The.t point in all alloys was determined by the conventional
X-ray method adoor to- 6e appearance of the first interference spots on the
~ackgrouud of "- "1uwr-red lines. The metal speaimems were prepared from metals
smelW i 'n vacuum a4d without,vacuum, forged, annealed for homogenation and rolled
with 20 and 70% reduction at room temperature. The lattice periods were determined
with the Ltd. of a YPC-50M 6URS-50I) Ionization unit, with t. f".0003 WE accuracy.
.Ttie data obtained proved that. low additions alwW raised the of the solvent,
also in the case of the atomi3 radlt s of the additive being RhAer than that of
the solvent; e.g.. Be raised #w f Ni abruptly.by 20909.- ;t is difficult
to explain but doierves attention 1Z the tbr -raising effect of Be ends at 1.8%
Be, i.e., at higher concentration than in the case of other additives. The de-
crease of 4 start's only when the Be-content begins to exceed 1.8%. The small
size of the Be atom my p9 the cause of this. Besides, nickel added to copper
in a quantity of 0.1% all5o raised the tb of copper, whoas,# atomic radius is larger
than that of Ni. This obsetTation conffr;; the emalusions mad6 in (Ref. 1) but
contradiats.the data of two other works (Ref. 3: L. P. Kurilekh, Metallovedenlye
Card 2/3

27240 s/148/61/ooo/oo3/b11/015
Investigating the concentration dependence of the ... A16i/A133
i obrabotka metallov, no. 9, 1959; 'Ref. 4: E. Pipitz, R. Kloffer, Zeitschrift
Hetallkunde, 1955, no- 3. 5, 187)- obviously, the effest of'& higher degree of
deformatioi~ raised the effect of low additions on the t due to a greater number b
of dislocations and higher elastic stresses. The clearly expressed maximum of t r
that was stated in alloys'melted without vacuum is explained by the effect-of gas
atomsb(nitrogen in the first place). Conclusions: 1) It has been confirmed that
the t -raising effect of low soluble additions is determined mainly by the abso-
lute chff6rmae of the atomic radii, and that this effect is the higher the higher
the dIfference of the radii. The solubility of the additive',, its effect on the
bond-etc. siso-has-an additional effect; 2) It has been confirmed that the de-
crease of-t -observed-in many systems after the first maximum in the low-concen-
tration ra4e is-connected with the begin of dissolving of the additive's atoms
in the grain after saturation of gefective spots in the lattice; 3) It haz been
proven that the abrupt raise of t_ i; nickel from low Cr additions in the case
of melting without vacuum is the 2~esult of the combined effect of CE and gases
dissolved in Ni. In vacuum-melted -all oya, low Gr additions rai e t of Ni consider-
ably, but pot so hi0h as in alloys mel%M without vacuum, and 11 fha~ high Cr
concentrations. Thtre are 6 figures, 2 tables and 8 referencess 7 Soviet-bloo and
1 non-Soviet-blac.
ASSWIATIOKs 14oakovskly institlit stali (Moscow Steel Institute)
Card 3/3 SUBMITTED: November 24, 1960

MINKINA, TS. I.
Works on the All-Union Peat Institutev (Min of Agri,, RSFSR),
,A Compendium of Instructioas
Number 5. 1933p 108 pagen, /30000M on the Study, of Peat and Peat Beds:
Part 2. Field Geobotanical Studies:
"Instructions on Distribution ahd Sampling of Peat in Boggs". by
Ts. I. Minkina.
SO: Botanicheakiy Zhurnal, Vol XXXV, No 1, pp 100-110,
Jan-Feb 1950, Russian bimo per, 14oseawAeningrad (U-5511,
12 Fet 1954)

MINKINA, TS. I.
Works of the Central Peat Exoerimental Staticn, (Min of Agri, RSFSR)
Volume 1. 1936$ 137 pages, The Peat Bogs of the Far North and the
Asiatic Part of the USSR.
"The Peat Bogs of the Northern Part of the Pechora River Basin."
by Kats, 14. Ya. and Minkina, Ts. I.
SO: Botanicheskiy Zhurnal, Vol XXXV, No 1, )p 100-110,
Jan-Fab 1950, Russian bimo per, Moscow/Leningrad (U-5511,
12 Feb 1954)

I
M
INKINA, TS. I.
Works of the Central Peat Exoerimental Staticn. (Min of Aggri, RSFSR)
Volume V, 1939, 171 pages. "Met'-ods of Studying Peat Boas (Part I)
"Determining the Degree of Decomoosition of Peat." by Minkina, Ts. I,. and
Varlygin, P. D.
SO: Botanicheskiy Zhurnal, Vol XXXV, No 1, op 100-1103,
Jan-Feb 1950, Russian bimo per, illoscol~Ae,ningrad (U-5511P
12 Feb 1954)

11111KINA, TS. I.
I
, ("fin of AZrJ, ?3FZ:-A
Work3 of the Central Peat ExogrRi-ental Staticn
Volume Y, 1939, 171 pages,. nliethcds of Studying Peat Bogs (Part I).
I'Sburiding of Peat Beds, the Distribution and Sampling of Peat in
Bogs". by Minkina, Ts. I.
SO: Botanicheskly Zhurnal, Vol XXXV, No 1, op 100-110,
Jan-Feb 1950, Russian bimo per, Hosco~Ae"ninrTad (U-5511,
12 Feb 1954)

HINIAMINIA, TS - I.
A Tee)-.nic-ql Guide on the Study of Peat Bogs (niblished by the Gen. Peat Ex-). Sta.
Min..Of Agri. RSFSR)
4'
3.945. Unifitsirovnnnye Prnvila Opredeloniyn Stepeni Razlozheniya To,-_a kroskopi-
cheskim Hetodom, (Staridard R-iles for Determining the Degree of Decamposition
of Peat .by Microscopic Examination). 13 pages. by Varlygin, P. D. and
Mnk~a. Ts.
SO: Botanichewkiy Zhurnal, Vol YJWI, No 1, pp 10'~-110'
Jan-Feb 1950, Russian b1no per, Moscow/Leningrad (U-5511,
12 Feb 1954)

r,l i , i ?~ i '%" 6 , I- ~ . i .
2)4857. MIKINA, Ts. I. Metodika Opredeniya Stepani Pazlozheniya Torfa. Trudy
YublAenoy Fessii, Posvyashch Stoletiy& So Dnya Rozdhen-iya Dckychayeva, 1-11. L.,
1949'2 S-617-23.
SO: Letopis, No. 33, 1949

HINKINA, T5.1.
RI&t-ash (mineral) peat deposits, tWr origin and stratigraphIc
characteristics. Trudy lost-tarf. AN BM 3:51-78 154. ("A 9:3)
(Feet bogs) -

Colfarst Chendwy. M, 11 N=0 PAWl"Ml,".6 =W'
knva. V 16
rl.vu r - mm V. (AtrA**Y*, rwf"yf
Prom ; 6 . I.-The 4athort have sladled
, ". PON 4
the N', C;O. ~A, And ill"A,14 Cortallt And the pit of a Imp
number of t a o( Russian pftt, and have expressed their
"Agriculturarcheinkal indem" as fracdans. by dividinj
the percentage of the vdrious ingredients present by their
&r. content-, in the Pikrtkwu typo of pcat. W. U.S.

USSR / Soil Science. General Problem. J-1
Abe Jour Hof. Zhur - Biologlys.. No 17, 1958, No- 77358
Author Idnidna, jjA_&v--
Inst Not twen
Title Field Method ftaluation at Post Deposits By a Smear Method
Orig Pub Biol. Nauchno-tekhn. inform.. Tsentr. torfo-bolotn.
opytn. Ste) 195T., So is 60-63
Abstract The proposed method to based on the capacity of peat-
clay and the mineral inpurities in it to pass onto paper
as a cbaracterlatic (in color wA structure) mark through
the drawing of a swaring. Smearings pemit J-Aging the
degree of decomposition of the peat, the type of deposit,
the presence and characteristio of the high soil layers
of the peat) the mineral Inpurities and layers character-
Card 1/2
1

MINKINA, TS.I.
Characteristics of the upper layers of present-day peat bogs as a
reflection of soil erosion processes. Pochyovedenie to-3:34-41
Nr 159. (NIRA 12:11)
1. ?Sentralinaya torfi-bolotusys. opytnays. stantstya.
(Peat b ogs ) 01rosion)

NIKOMV, M.N.; HINKINA. TS.I.
Zfect of aeration on changes In peat* Pbchvoyedonle no.l.-76-80
ja 161. (KIM 14:1)
1. "entrallusys. torfo-bolotnaya opytnaya stantsiya. ZDsino,
Xoskoimkoy oblasti.
(peat)

ZRAZEEVSKIY, G.N.,, kand.tekhn.nauk; MINKINA. TSIJ-. kand.biol.nauk;
BUTUZKINA Y T. G. ; PEMUSHENKC),-Y. G. , 'inzh.,- - gOMMOLOV, P.V. , inzh.;
POMKOVP V.P., inzho; MIN, V.I., inzhe
Exchange of experience among the enterprises of economic cotmcils.
Torf. promo 38 no.80804 161. (MIM 14:12)
1. Belorueskly inotitut inzhenerov zheleznodorozhnogo transporta
(for ,razbovskiy), 20 -Mentrallnaya torfo-bolotnaya opytnaya
stantsiya (for Butuzkina). 3. Torfopredpriyatiye Tesovo I..
Iengostorr (for Petrushenkof Bogomolov). 4. Sverdlovskaya
fabrika izoplit (for Pollyakov). 5. Torfopredpriyatiye Radovitskiy
mokh Mooobloovnarkhoza (for Rysin).
(Peal. machinery)

MKINA TS I , kand.biolog.nauk; GOLGOFSKAYA, G.V.; BUTUZKINA, T.G.
Sam characteristics of out peat as litter material. Torf. prom.
39 no.8s22-24 162. (MIRA 16:1)
1. TS~ntrallnaya torfobolotnaya opytnaya. stantsiya Hinisterstva
sellskogo khosyaystva RSFSR.
(Peat) (Litter (Bedding))

~ V. A e.,
Physician
Dissertation: "The Characteristics of the Health and Growth of Nuroery-Age Childron and
Their Medical Care." Cand Mcd Scis Sci ?4s Inst of Physical Education and Schocl Hygiene
AcadeiV of Podagogical Sciences FISFSR, 24 Jun 54. (Vecherriyaya Moskva, Moscow, 15 Jun 541
SO: SUM 318, 23 Dee 1954

itii~iijt,.k, V.
14INKIMA, V. A. -- "The Effect of Food Rations Containing Various
Amounts of Albtrien on the ft,--her flervoun Activity of Hice," Acad 50cl
USSR. Institute of Physiology iment I. P. Pavlov, lAningrad, 1956.
(Dissertation for the Degree of Candidate of Biological Sciences)
SO: -Knizhnaya Letopis' No 43, October 1956, Moscow

FROTOKLITOVA, N.B.;, MINKIYA~LAO
Dispensary treatment of convalescents following d7sentery. Von.okh.
mat. i det. 1 no.2:70-74 Mr-Ap 156. (HIBA 9:9)
1. Iz otdola oatrykh dot skikh infektsiy (zav.-Drof'. B.G.Shirvindt)
i otdela organizataii zdravookhraneniya (zav.-Drof, A.G.TSeytlin)
Nauchno-looledovatellskogo pediatricheskogo instituta (dir. Y.N.
Xarachevtseva) Moskva.
(DYSBITXRT)

KINZINA,V.A.9-kandidat meditainskikh nauk
110~~, ~~ -
PolyoUAic sery.ices for chilAren with gastrointestinal diseasgs.
Topookhomto i det. 2 no.1:67-70 JA-F 157. * (NLRA 10:2)
lo Is otdola organizateit sdravookhrananiya (rukoyoditall otdolm
prafo A.GoT&9eytlln) GosudarstveanQgo nauchno-iseledovatellnkQgo
pedistricheskogo Instituta (dir. VAAaracbevtoeve). Moskva.
(ALIXWARY CANAL-DISRASIS)

MINIMA, V.A.
.11~- - !
Xffect of diets with different Amounts of protein on the higher nervous
activity of mice. Trudy Inst. fiziol. 6:335-343 '57. (KIRA 11:4)
1. Laboratorlya eksperimentallnoy genetiki vysshey nerynoy deyntellnosti
(zaveduyushchly T.K. Krasuskiy).
(PROTEINS) (CORDITIONED IMSPONS-M)

PRIMA., G. Ya. j 14INKINA , V. A.
Activity of the deglutition and respiratory centers during excitation
of the superior laryngeal and vagus nerves under hyperventilation and
exaanguination. Fiziol. zhur. 46 no.3:305-309 Mr 160. (MIRA 14:7)
1. From the Laboratory of Physiology, Pedagogical Institute, Stalingrad.
~(ELECTROPHYSIOLOGY) (RESPIRATION)
(DEGLUTITION)- (URM-INNERVATION) (VAGUS NERVE)

MINKINA V A. kand. mad. nauky CHMAROVA, V.I.
Speed of chronic tonsillitis in school children and its
treatusit, Vap, okhr. mat. i data 6 no.6913-16 Jo 161.
(MIRA 15:7)
1. lie otdols, aMnizataii, sdravookhraneniya (rukovoditall
prof. A.G. T8o3rtlin) Nauchno-inaledovatellskogo pediatrichaskage
institute, (dlr. - doktor nod. nauk A.P. Chernikova, i otolaringo-
logicheskogo otdeleniya (rukovoditall - kand. mod. nauk S.I.
Agroskin) detskoy gorodskoy klinicheskoy bolOnitay Nool (glavnyy
vrach - saslushennyy vrach RSFSR Ye. V. Prokborovich).
(T(WSILS-D-LSKASES)
(CHILDREN-CARE AND HrGIENZ)

MINKINAP V.A.; ZOTOVA, A.V.; KRAOftYMKAYA, G.N.
Experience in therapeutic and prophylactic vork in the school.
Pediatriia no.80-11 162. OGRA 15:10)
1. Is otdola organizatall detskogo zdravookhranenlya (Zav. -
prof. A.G.TSeytllb) Gosudarstvannogo nauchno-looledovatellskogo
pediatricheekogo institute (dir, - kandidat meditsinskikh nauk
V.P.Spirina). (SWL HYGIFM)

MMINA, V.A.; LEONTIYEV, V.Ya.
Work of the medical nuroe in a boarding ochool. Med.Bestra 22.
noi2t3k-30 F 163. (KMA 26 if)
1. Is otdela orgarizateii detakogo zdravookhraneniya Gosudarst-
vennogo nauchno-iosledovatel'skogo pediatriebeskogo inetituta
Ministeretva zdravookhraneni. RMY4 Hookya.
(BOARDING SCHTur (NURSES AND NURSING)

MINKINA V.A. kande med. nauk
Professional consultations for school children. Pediatriia 42
no.6136-40 Je'63 (MIRA 17:1)
1. Iz otdela organizatsii, detskogo zdravookhraneniya (rukovo-
ditelf Prof. A.G. TSeytIin) Nauabno-isoledovatellskogo pe-
diatricheskogo instituta ( dir. - kand. med. nauk V.P.Spirina).

MINKINA, V,I., starshly nAuchnyy sotrudnik.
---- W-=O-nak+~-
Nov formula for paint used in marking. Ref.nanch.r&b.TNIIZP
no.2:76-77 154. (MMA 9:4)
(Rarking devices)

SOV/180-59-2-9/34
AUTHORS: Minkina ' Ye.A., Preobrazhenskaya, N.V., and Rozenberg,V.M.
tMoscow)
TITLE: Study of the Deformation of Nickel Diaring Creep
(lZucheniye deformatsii nikelya pri polzuchesti)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1959,Nr 2, pp 48-55 (USSR)
ABSTRACT: V.M. Rozenberg and L.V. Gradova (Ref 1) and
V.M. Rozenberg (Ref 2) have previously shown that the
effects found to occur in metals and alloys during creep
are applicable to the particular case of nickel. In the
present work the deformation of grains and that due to
relative displacement of grains were investigated. The
nickel used contained 0.02% C, 0.01+% Mn, mo6% s7
O.oo6% P, 0.08% Ti2 0 .23% Fe and traces of A.1 and Co.
Qualitative estimates of deformation were made by the
method of McLean (Refs 3M. Extension of flat test
pieces with surfaces prepared for observation was carried
out in a vacuum installation (10-3 mm Hg). The measured
values of displacement along slip planes snd grain
boundaries and the number of slip lines and grain
Card 1/3 boundaries are tabulated, together with calculated values

SOV/180-59-2-9/34
Study of the Deformation of Nickel During Creep
of the deformation. The measurements were carried out
at 400, 6oo, 675, 700 and 800 OC, with stress values of
13 - 2 kg/mm2. Figs 1, 2 and 3 show the average value of
displacement along visible slip planes2 number of slip
lines and value of displacement along grain boundaries2
respectively, as functions of time (hours) for 400 and
800 OC and stpesses of 13 and 1+ kg/mm2 respectivel I are
shown in Fig 4. From the slope of the line (Fig-5T Of
logarithm of time to attain a given displacement value
versus reciprocal of absolute temperature an activation
energy for inter-grain displacement for 6oo to 8oo oc
and a stress of 4 kg/mm2 of 36 k.cal/mol was calculated.
Figs 6 and 7 show families of curves, for 400 and 800 OCI
respectively, of total elongation and those due to slip
within grains and at grain boundaries vs. time for
various stresses. Fig 8 shows the difference between
the total deformation and that accountable to these two
effects related to total deformation as functions of
time for 400 and 800 OC. The relation between displace-
Card 2/3 ment along grain boundaries and grain deformation for
these two temperatures and various stresses is shown in

SOV/180-59-2-9/34
Study of the Deformation of Nickel During Creep
Fig 9 to be linear. Figs 10 and 11 show photomicrographs
of the nickel deformed under various conditions. The
work showed that in the first stage of creep deformation
of grains on account of visible slip lines takes place by
way of increasing displacement along slip planes and
multiplication of these planes; in the second stage
multiplication of slip lines is the main factor.
Deformation due to grain-boundary displacement occurs
throughout the creep time and plays an increasing part at
higher temperatures and lower stresses. Certain
boundaries can, depending on conditionsq either hinder or
stimulate deformation in grains. In addition to displace-
ment processes associated with slip lines visible under a
microscope and with grain boundaries, displacement occurs
through microscopically invisible slip lines and crack
Card 3/3 formation. There are 11 figuresq 1 table and 16 references,
5 of which are Soviet and 11 English,
SUBMITTEW December 6, 1958

BERSONOT, S.A.; GRIGOR!YZV, S.V., kand.tekhn.nauk, zaaluzhennyy daystell
nauki Karel'skoy ASSR. Prinimali uchastiye: NZYMOV, G.N., gidro-
log; LITINSKIT. Tu.B.. laborant; BOYDARMO, V.I.; PODRUGINA. R.A.;
KLOPOV, S.V., doktor tekhn.nauk. starshiy nauchnyy
sotradnik, reteenzent, otv.red.; TSVMOV, N.V.., red.izd-va;
KILUGLIKOVA, N.A., tekhn.red.
[water power resources of the Karelian A.S.S.'R;; an account of
potential resources of water power] Vodnoonergetichaskii kadastr
Larel'skol ASSR; kadastr potentsiallnykh zapasov vodnoi onergii..
Moakva, Izd-vo Akad.nauk sssa, 196o, 4o6 p. (MIRA 13:9)
1. Zaveduyushchiy otdelom gidrologii i vodnogo khozyaystva Kerellakogo
filitila Akademii nauk SSSR (for Grigorlyev). 2. Energeticheskiy
institut im. G.K.Krzhizhanovskogo AN.SSSR (for Klopov).
(Karelia--Hydroelectric paver)

2. USSR (6-00)
Cultivators
7. Calculat-Ing a square axlt-t and 3nvle- for V.P KF-3 cultivator, IIP.I.'k'I-,07Tnashi-na
NO. 3, I.c53.
9. Monthly List of Russian Accessions, Library of Congress, June -1953. Unclassifie(

AT-U-SEYEV, V.S.; BILYUGAt T.G.; TALDYKIN, O.Ye.; OLEKSANDRUK, A.M.;
TIMOSHENKO., A.G.; MALUKIIAp N.N.; MINKO, A.F.; SIIABELI?=K, V.S.;
GIMKO., P.P.; MAMIKO, V.V.
Amount of alkaloids of the 1-methylpyrrolizidone series in the
groundsel. Senecio borysthenicus Andz. during different vegetation
periods and the effect of mowirg upon the alkaloid content of
the aftergrowth. Nauch. dokl. vys. shkoly; biol. nauki no.2:
152-154 162. (MIRA 15:5)
1. Rekomendavana kafedroy farmatsevticheskoy khimii Dnepropetravskogo
meditsinskogo instituta.
(SENECIO) (PMIMLIZINE)

I .."
T) 6,
VINIKO. D- I., kandidat meditalnnlcfk~ nauk-, MINIKO. B.G. (Sevestooolo)
Blood transfusions for treating Botkin's disease. Trach.delo no.9:
995 S 157. (MLP-A 10:9)
YOULI) (BLOW_TRAIMFUSION)
(HIWATITIS, IIIACT 11

. N1510, B.Gq, polkovnik mad. slushbri FIN' KO#A* 1,'spolkMik mad. slushby(Sevast opo3j
I ~~~
INPOrtSW* of examining the blood for bile acids in Hotk1n1z dillealle.
VischadslO RO*919"-980 V58 Nrunno)
(WTATITIS., IMCTIMS)
(BI18 ACIDS)

Country : USSR M
Category: Cultivated Plants. Commercial. Oil-Bearing.
Sugar-Boaring,
Abs Toui: Rihftol., No 22, 1958, No 100364
Author : !Inkoo D.
Inst :
Title : Diebudding of the Plant as a Method of Increasing
the Rapidity of:Rlpening, Yield and the Strengthen-
Ing of the BoI18 of the Cotton Plant.
Orig Pub: Xhlopkovodstvo, 1957, No 7, 37-39
Abstract: Methods are described of the pinohing-out of
the tops of the cotton plant stem and of Its
:pnopodlal branches (disbuddin-S) at the estab-
lishmonts growing olite seeds. Data are citad
Card 1/2

USSR/Cultivatcd Plants - Conaercial. oil-Bearing. Sugar-BwrinG. M-5
Abs Jour Ref Zhur - Biol., No 7, 1958, 29892
Author Minko, D., Kanash, M., Turks, L.
Inst -t~
Title Ways of Improving the Quality of the Fiber of Soviet
Cotton Varieties.
Orig Pub Khlopkovodstvo, 1957, No 10, 33-37.
Abstract No abstract.
Card 1/1
- 15 -

,-,-INPISHKOV, I.N.; SOLOVIYEV. V.K.; MINKO, G.M.; KOLOSOV. 4.S.:
VASMWSWA, A.G.
Calcium content of natural salts of Krasnoyarsk Territory.
Izv. SO. otd. AN SUR no. 10:36-46,.,6o. (M IRI 13:12)
1. Institut obshchey i neorganicheekoy kbimii Imeni N.S.
Xurnakova i Xhimiko-metallurgicheskiy institut Sibirskogo
otdolentya Aff SSSEt.
(Krasnoyarsk Territory--Calcium salts)

VAYSTIKH, G., insh.;MINIKO, L., zootakhnik
Production of mixed foods with synthetic urea in Tula. Hak.- elev.
prom. 25 no.10:10 0 139~ (KIU 13:3)
1. Tallakly mallnichM itombimt.
(Tula-Yeads) (Urea)

Tannid-Inifovich; GNILORYBOVA, T.Ye., zaalushannyy deyatell sauk
UkrBSR, prof. . nauchnyy red.; KLEBANOV, G.E.,, red.; ZIMA, Ye.G.,,
tekhm. red.
(Popular medicine and ~be harm of quackery] Narodmaia aftntaina
i vred snakharstva. Minsk, 1962* 40 pe (Obohehestvo po-raspro-
straseniiu politicheakikb i mauchnykh znanii B.Plorusak6l SSR,
no. 19) (MIRA l6t6)
(MEDICINE, POPULAR) (QUACKS AND QUACKERY)

'3
AUTHORS: Grechikhin, L.I., Min1ko,
TITLE: Investigation of a plasma
discharge
PERIODICAL: Optika i spektroskopiya,
33646
S/051/62/012/001/015/OiC
E202/E492
L.Ya., Plyuta, V.Ye.
stream in an impulse
v.12, no.1, 1962, 120-121
TEXT: The authors investigated a stream of plasma issuing from
an opening in a flat copper electrode, produced by an impulse
discharge between the latter electrode and a pointed iron rod
electrode disposed along the axis of the opening. The diameter
of the opening was 2 mm, the capacity of the condenser bank 60 jiF
and the power 2 W. The dischar e circuit contained a non-
inductive resistance of 1.1 X 10-i ohms, used for measuring the
potential drop across its terminals. This P.D~ was applied to the
first pair of vertical plates of the C.R.T. The second pair was
connected to the reference (sinusaidal) voltage of the audio-
generator, The luminous part of the plasma was photographed by
the high speed camera type C*P(SFR) mounted with its slit
parallel to the axis of the stream, which made it possible to
photograph the stream in all its stages of development, at right
Card 1/3

33646
S/051/62/012/001/015/020
Investigation of a plasma stream E202/E492
angle to its line of motion. The camera was synchronized with the
initiation of the discharge and an additional arrangement for the
synchronization of the oscilloscope was also included. The study
of the luminosity of the plasma stream has shown that the strongest
luminosity is present immediately behind the flat electrode,, then
it passes into a region of weak luminosity and is followed by a
sharply defined region of strong luminosity which decays gradually,
The comparison of the oscillograms and photograms shows that the
high luminosity regions follow the current. The persistence of
after-glow wi h the decaying discharge was observed to be fairly
long, ca. 10-t sec. The photograms show that the plasma stream
consists of discrete "streamers" which are well defined in the
positive and negative half cycles of the discharge. The shape of
the streamers was found to be independent of the material of the
electrodes. With the help of the streamers, the authors
determined indirectly the velocity of the main plasma stream.
A graph showing the average stream velocity in relation to the
distance from the edge of the flat electrode shows that at a
distance corresponding to the transition from low into high
Card 2/3

33646
S/051/62/012/001/015/020
Investigation of a plasma stream ... E202/E492
luminosity, there is also a sharp drop (from 3 x lo3 to
2.1 x lo3 m/sec) in the velocity of the plasma stream. The
authors complete their work by giving a brief and qualitative
explanation of the structure of the plasma stream. It is said
that each of the individual streamers creates a compressive "jump",
the distance of this jump from the flat electrode being
proportional to the velocity of the issuing streamer. On the
other hand, the velocity of the main stream changes during each
half cycle, following the change in the discharge current, The
absolute value of the stream velocity depends on the nature of the
metal. It was found to be higher in the case of light metals,
Acknowledgments are expressed to M.A.Yel2yashevich for discussion,
There are 2 figures and 9 references: 7 Soviet-bloc and 2 Russian
translations from non-Soviet publications.
SUBMITTED: June 12, 1961
Card 3/3

GRECHIKHIN, L.I.; MINIKO, L.Ya.
Structure of a plasm jet produced by a pulse discharge. Zhur.
tekh. fiz. 32 no.gsl(772-1(773 S 162. (MIRA 15:9)
1, Institut fiziki AN BSSR, Minsk.
(Plasma (Ionized gases))

.4
'ACCE3SION NR: AP026818 S/0077/64/009/002/0114/0:116
'AUTHORSt Grechikhin., L. I.; Min1ko, L. Ya.
~TITMt Application of high speed motion photography for investigating rapid self-
luminous processes
SOURJE: Zhurnal nauchnoy i prikladnoy fotoerafii,i kinomatografli, v. 9p no* 2#
1964, 114-l.16 and insert between p. 116-117
TOPIC TAGSt high speed photography, spectral photography, self llucdnescenco,
radiation spectrum, copper emission, radiation temperature, plasma emission,
camera SM L, monochromator UM 2, photoregister ZhFR 1, microphotometer MF 4,
Pankhrom 10 film
ABST,MGT.~ Tho authora '1,avo experimonted with the use of high-3poed spectral phot~o-
graphy to investigato spectral fluctuatioris of a radiating body -in all zonod. Ob-
servationz wore made with the motion picture camera SFR-L wiUk mawchromator UM-2
and supplementary spectrum-producing apparatus (see Fig. I on the Enclosure). A
batt3ry of condensers (60 microfarads capacitance and a potential of 2-5 kv) was I-
used to obtain plasma eaission. Also employed wore the photoregister ZhFR-1.,
cc, d. 113

ACCESSION NRs Ap4o26818
ilPankhrom-101# type 6W filmj, and the microphotometer XF-4. The test photographs
revealed a complex emission structure from the test material (copper)* Temperaturet
11measurements were made by the method prbposed by L, L Mandel'ahtam and H. K.
.1iSukhodrev (Zho eksperime i teore fit*# 1953p 24,,701). Orig. art. haat 1 figure,
i'2 pflfflftraphs~q and 1 equation.
JASSOCIATION: Institut fizi1d Akademii naukj, Belor'u3skoy SSR (Institute of PhyDicspi
jAcademy of Scienceep Belorussian SSR)
SUBMIUMs .12APr63
EXCLt 01
SUB 00DEs ZOv OF 'e~*. NO RV SOYs 006 OTHERs 001
or 2
/3-

ACCESSION NRj AP4020616' ENCLOSUItEs 01
Supplementary'
Spectral Lens Fig, lo Optical scheme of the combination
of the spectral apparatus mid speed
Apparatus camera SFR-L
o, - Objective of collimator of the i
spectral apparatus
Dispersion system
0 Objective of-camera
2
03 - Supplementary Lens
0
- Objective of camera
4
rci

ffa(1)JEjCtF)JEFF(n)ft2jW(a) IJP(o) AT
ACC-Wi AP6002357 SOURCE CODE: UR/0207/65/000/006/0047/0052
AUTHOR: Grechikhin. L. . (Minsk); Min1ko, L. Ya. (Minsk); ?~ajg a. N. 1. (Minsk)
ORG: none
TITLE: Spectroscopic study of the properties of a supersonic j?1asma let
SOURCE: Zhurnal prikladnoy mekhanild I teknicheskoy fiztki, no. 6, 1965, 47-52
TOPIC TAGS- plasma jet, plasma temperature, shock wave propagation, plasma charged
particle, spectroscopic analysis
ABSTRACT: The authors spectroqcopically Investigate the emission spectrum of a plasma jet
at wavelengths from 3800 to 5500 A. The variation of the temperature and concentration of the
charged particles along the jet was measured in relation to the polarity for a shock-wave jet
and a periodic structure jet. In the spectrum of the shock-wave jet the authors observed a
continuous spectrum at the base of the jet the intensity of which in the direction of flow notice-
ably diminishes and again increases jumplike in the shock wave and then abruptly falls off.
In the spectrum of the periodic-structure jet there Is an alternation of maxima and minima of
Intensities of the continuous spectrum and of the intensity of the spectral lines corresponding
to compression and rarefaction points with a gradual weakening toward the end of the jet. The
temperature in the plasma let was determined by the method of relative intensities with the
use of two pairs of copper lines. The temperature was measured along the jet both for the
Card 1/2

LD909-66-_
ACC NRs AP6002357
)pt with a shock wave and for the jet with a periodic structure, at the base and in the rarefac-
tion and compression zones. The results of the measurements lay along a straight line, which i
proves the feasibility of a Boltzmann distribution of the atoms with respect to the excited
levels. The concentration of charged particles in the periodic-structure jet was higher
In the shock-wave jet. This was due to the higher temperatures mW pressures in the jet.
Authors take this opportunity to express sincere gratitude to M. A. Yellyashevich for dis-
cuBsing the results of the work. Orig. art. has: 4 figures and-I table.
BUD CODE: 20 SUBM DATE: 26Apr65 ORIG REF: 008 OTH REP: 002
Card 2/2

0 V. , ~_F i:
-jut
(MUSUWAP -2A'W (k IF
jJP(q) WAT
.5 OT36:. UR[005'(16$1015/008/1454/1460
533.9
mg0pu: - Grechikhin, Kin
kos r,. Ya.
TITLE., (;eneration'alnd investigation of sh6ck--vaves--,g#~~-s'up-e-r-sodic plasma, str4ams ir
a, discharge shock.1tube. -z---~.7777777~ Of
1965-*',1454-1460
6 ichokor -'fiziki v*. 35, no.
shock tube,wave generation, plas stream, supersoaic
plitsba, i. plai sisna generation, .-Plasma Aischirge
7
i al, tit' ion was made of the propagation of elqctrady-
ier ment inve igat
n
namic ,ally ekeited'-shbek I.. waves and plasma streams in. adischarge shock tube. Con- I
i~;al, cylindricai;'aad coaxial discharge tubes were.USed;.~ The me-rits of each as a
asma,accelerikt, oa:mechanism are discussed. Certain relationships between the
pi
dically- excited, shock it' discussed. The results
electrodyna aves and, plasma streams am
thatl he~_P sists of smaller, individuaL-streams; such a
itisma, ~ at ream, con
indiCate
'possibility- of accurate measurement of propagation velocity,
enhances, . he~.
ivm6h in ltS6:,eiveriment was'Aeternined vithin a 10% error. The wave structure of
I plasma currents and the. mature of variations of wave structure as a function of the!- -7
in the tube were also investigated. Orig. art. h 4 fi
initial preisur~ as gurei.
2L (YKI

.L 31135-66- _.EPF(n)-,2/EEC(k )-2/E'hA(h)/F?1P(k)/EWT(1 )/FBD/ETG(f )/EV1%M)/T ljp(c).
'~AP6012849 A-1 /'4G
NRt
SOURCE CODE: UR/0368/661004/oo4/o29YO297
AUTHOR: Grechikhin, L. I.; Mi n'ko, L. Ya.
ORG: none
TITLE: Un1polar pulsed plasma generator combined With a laser as a source for ob-
taining plasma jets
SOURCE: Zhurnal prikladnoy spektroskopii, v. 14, no. 4,
TOPIC TAGS: discharge plasma, plasma beam, plasma jet,
generated plasma, neodymium laser, spectral analysis
1966, 293-297
pulsed plasma generator, laseri
ABSTRACT: A pulsed plasma generator, fired by a laser-generated plasma, is described
(see Fig. 1.) A 50-j laser pulse (,u1 msec, I = 1.06 p) was focused by means of an
f:270 mm lens on a material embedded in brass-rod electrode 1, producing a plasma.
The plasma filled quartz-gla~s discharge chamber 3, causing discharge of artificial
line 5 (consisting of a 6-cell IM 3-100 condenser bank which generated a unipolar
,000 psec current pulse) between ring 2 and. rod 1 brass electrodes located inside the
chamber. The resulting plasma jet consisted of plasmas of the eroded electrode and
chamber-wall materials. Under these conditions, the attendant pulsed discharge furthe
heated the laser-generated plasma, causing a sharp Increase In the plasma generator
pressure (relative to the atmospheric pressure), and a quasistationary supersonic
plasma jet of a given chemical composition was emitted from the ring electrode.
Card 1/4

L 31135-66
ACC NRs
a
4 2
7
7
Fig. 1. Schematic of the generator W
and laser.(a)
The generation of the plasma jet was
obse'
rved by means of high-speed photo-
graphy and spectroscopically. The de-
pendence of the plasma jet velocity on
the discharge voltage (at C = 600 Pf) ic
shown in Table 1. Unlike in the con-
ventionally-fired plasma generators
described by the authors elsewhere
(ZhPMTF, no. 3, 1965), where a gas is
fired to produce a plasma, the plasma
jet velocity in a laser-generated plasma
(4--10 km/sec) is independent of the
electrode polarity. The plasma jet
spectra were studied by means of an
ISP-51 spectrograph with an f - 270 mm
camera in the 3800-6500 X range, with
a longitudinal focusing of the jet on
the spectrograph slit. Qualitative
spectral analysis showed that the plasma-,
jet consisted of vaporized electrode and
discharge-chamber (glass) materials.
The emission spectrum consisted basically
of copper lines, with well-defined hydro-I

L 31135-56
--A-P-6--O 1-2-8-4-9-
Table 1. . Dependence of
plasma jet velocity on
discharge voltage
Voltafte*q Velocity,

10.0
2.0 7.7
1,5
1.0 5,6
0,5 4,2
Table 2. Charged particle concentration
along a plasma jet
Charppd particle concentration, cm~3
Distance rine electrode polarity
froT jet positive H negative
base, nun -Uur---- lip
- .11 .11 4 S 30,
0 7 6 - 2.1017 1. 6.6-110:: 2,0-1011
iof:
0 S.S. 0
13 4.4-1014 4.8-1016
19'r) 3. B. I Of$ 3,2. 1014 ~
U = 0.5 kv; C - 600 vf; v - 2.5 mm. Lose
oijtput energy oV I- loj .
gen (Balmer) lines. Tile lafter are due to the discharge-chamber wall Materials and
were not observed previously even at a 3-kv conv2ntional excitation. Tile copper
emission spectrum was used for plasma d lagnost ics to determine the charged particle
concentration and plasma temperature. Tile latter was deLermined by means of.the
relative intensity.method using two pairs of cc-ner lines 5153.2 and 5105.5 A, and
4530.8 and 5105.5 A. only the temperature at the et base could be measured (n,10,0001().
J
The charged particle concentration was measured as a function of line broadening of
the Cul line (4530.8 A), on the H 0 line at the Jet base, and the results are shown
Card 3/4

L 31.--3'-,--x'6
X~C -_ NR& -- AP6012849
in Table 2. The divergence of results for the CuL and 11alines is attributed to the
cross section nonuniformities of the jet. The charged-particle concentration in a
laser-generated plasma (n,5.1016 cm-3) is independent of the polarity of the ring
electrode. This indicates that a laser-fired pulsed plasma generator can be used
in spectral analysis as a high-temperature excitation source. This requires low-
voltage discharges at which the least pressure gradient occurs in the discharge
chamber and the surrounding medium, reducing tht jet broadening and increasing its
uniformity. Orig. art. has: 2 tables and 3 figures. [YKI
SUB CODE: 20/ SUBM DATE: 20Aug65/ ORIG REF: 006/ ATD PRESS://,--),q/
46
Card 414 b

L 02279-67
FCC N~' AP6025245
SOURCE CODE: MI/0057/66/036/007/1207/1210
:AUI71OR: Grechikhin, LjI,.j Mint ko, L.Yas; Natrornays. 'Zu.
ORG: none
TITLE: Spectroscopic investigation of the plasma in a conical-electrodo shock tube
SOURCE: Zhurnal tokhnicheskoy fiziki, v. 36, no. 7, 1207-1210
TOPIC TAGS: plasma shock wave, shock tube, optic spectrum, electron density, Stark
effect, Balmer series
ABSTRACT: The plasmas discussed in the accompanying paper by L.I.Grechikhin and
L.Ya.Niingko (ZhTF, 36, 1202, 1966 /-see Abstract AP60252457) were investigated spectro-!,
"Eo 7000 A. Time integ- I
scopically in the range from 3800 rated spectra were recorded
of the light from the discharge chamber, the central region of the drift tube, und the
reflection zone. These spectra showed that the plasmas had the same composition in all:
Ithree regions and arose mainly from erosion of electrode and insulation materials in
Ithe discharge chuW)er. Electron densities were derived from the spectra in three
!,different ways: from the depression of the Balmer series limit*, from the linear Stark
:broadening of HP, and from the quadratic Stark broadening of CII 4267 ;, vnien two of
the techniques were simultaneously applicable they gave concordant results. The
~charged particle densities were slightly higher in the reflection zone than in the
1/2 UDC: 533.9.0
Cord

L 02279-67
Aitd-NR: 5245
discharge chamber, and were lower by a factor of 2 or 3 in the drift tube some 15 cm
from the discharge chamber. Time resolved spectra were obtained of the radiation
from the discharge chamber, These showed that in a typical case (4 kV discharge of a
1950 ~X capacitor In OoO7 mm Hg of air) the charged particle density rose from a value
of 5.9 x 1017 cm-3 at the beginning of the first half cycle to a maximum of 9.0 x
1017 cm-3 17
, and fell to 5.9 x 10 cm-3 at the end of the first half cycle. The authors'
thank Academician R.A.Yellyashovich of the AN BSSR for his interest in the word and for;
discussing the results* Orig-.-a-r-r. has: 1 figure and 1 table.
SUB CODE: 20 SUBM DATE: 23Aug65
ORIG. REP: 010 OTH REF: 008
Card

1)
BAIASHOVP A.P., ZU11.11.1zhennyy vrach RSFSR-, MINIK'l M.F. (Chttn)
Rupturee of the brnrichl in r1oved thoracic trauma. thirurgila
na.10zll0-113 164o (MIRA IM)

MINIKO, N.I.
MLIUte with lowered light refraction. Stek.i ker. 18 no.5t-17-18
W 161. (MIRA 14,- 5)
(Wilite)

MOMON MRS APW3M
'AUrHDN$o Mullms No ;A-Minekawt To A*
TmAl striacture atudy of orystaLUm villeate mat4rials In reflected U06
AKUW#gi' ZWokkWa labordISWIVat To 30v W. 4s IYAv 46S
,TOPIC TAGSs cryawUne ejUcato "arial, structural atidyg renoew uaht,
evaporatio% rensiction ooofflolentj hydref2aerla add# totroaMorlo acJA.'
sulfuric acid, nitric acid# ~Wlm ludroxides vamm apperatum UP 2
ABSPACT i Experimas were perf no m 11 to dateradne the structure of crystaUine
silicates. Tto surfaco to be atudled was covered with a film (0*05-0el AL ) of
abod am. Sysporation of olimmimme was perfeaued In a NIP-2 sippardAw 1A a vammum
oU 1-10-4.5 - M
-20-51mm BS. Tio fUn um ad bad a reflection Indem at
6o"701; in un visius Part of Win speouva. i u-b I artbom of peUmbed
sections had a almor-like ampmabq Mme smactAmme eC ublab vat" m11A Wo A eSp a
oCetablago These vartatisime emeaftalmd Ww ommWawbo. at Me Imp Sm a refleaNd
twe 2A

ACCRUM MRs AP4033617
2ight. The type of stddog reagmAj, Its concontrationg md the lemob of 111a
application were detsmMed mV 4 wit %9%o 100~# momo, and W of
various concentrations won tftt4dp with Hr produdi the best ressIbso Me Is
explained by the fact that &U =74*21ins ~111cates comAsIn &am glassy materiel
soluble in We OrIge an. haso 2 mmicftPmtQVqOm-
ASSWIATIONo Nwo1m4salsdow"Ieldr Institat sarods, a0boorMUou (Scientific
'Research Inatitate of the aAV%oGtdao8 Plant)
'SLQRCMM# 00 D= ACQt 20Apr64 ZNDLI 00
MM ME$ PIL NO BW Savo 000 Orme OW
Card 2/2

ACCESSION NR: AP4039017, B/OOT2/64/000/003/00U/0014
AUMOH: Mialko,, K. 1. (Enid or)
TITIZ: The nature of &me inhamogeneitiao in quartz glass and tba origin of thair
foxmatioxx
SOURCE: Steklo i kerar~Ika,, no. 5,, 1964, .11-14
TOPIC TAGS: quartz glass., quartz glass admixturep inolten rock crystal., inhomo.
z glass., amorpbous inclusion, vitreous inclusion
geneity, traaaparent quart
:
ABSTRACT: The ever widening application for transparent quartz glass (molten
quartz) requires precise knowledge of why inhomageneities such as stoaes, waviness,,
and bubbles appear in wolten rock crystal and how to eliminate them. Some practi-
ccC_*;zc-thods of eliminating them have been worked out but the origin of those
defects is largely uakaown. Thia prompted the author t6 undertake combined micro-
6copical and radiological studies. Polarizing metalldgraphic and alectron micro-
scopes werd used with the following resulta. Coarse white insertions in molten
quaxtz consist of amorphous spherical particlei; whosie origin may be tho "captive"
minerals preseat in rook Matal or vitreous admixtures malting at temperatures
Card
1/2

.i~ACCESSIOK NR: AF4o39o17
below the m.p. of quartz. If they form a wavy pattern they are mostly mica mLacr-
als. If inside molten quartz,, along with the wbite spheres of cristobalite, there
.i are white flakes of amorphous material they are admixtures of polycomponant
substance# The most usual'captive minerals in natural quartz are chlor-
and actinolite Ca2Fe (OH) S'8922' Mica minerala
'~~itea (Mg, Fe,, Al)6 (0H)8(Si-,Al)4Q
they form J~~e2
'ItIconsist of Muscovite,, lepidol4te,lboiotite and -or b5ddle waviness
Arather than fine dispersions. Orig..arts has: 7 figures, no formulas no ta a.
ble
!ASSOCIATION: Zavod,-.."Avtosteklo" ("Avtoeteklo" Plant)
SURaTTED 00 D= AN: 10,Jun64 ENCL; 00
SUB CODE: NO F" Sovt 001 OMEHI 003
Cbrd

.60951i-65 (ei)/EWT(ii)/EPA(BY-~Z/FPP(O)/EWP(i)/EPA(4)-2 IDKJ)l
UPW- -WW/W/'MM
ACCESSION NR: AP5018930 UR/0363/65/001/006/0943/0946
661.1:542.6
AUTH'O-'R-.-: Bondarev, K. T. Bakaukov, M. L; Gollus, T, Ye. Minakov, v. A.
Mi
-00 N. L; Karlyuk, V.:N.
LE::. Effect of abrupt temperature changes on the structure and properties of certain
oceramics
pyr
Souitdki::~ 6S S-R., Iz'veattya. Neorganicheskiye mateiialy, v. 1,, no. 6t 1965, 943-946
7
TOPIC TAM pyroceramic, crystallIzed pyroceramic.. glass structure, glass mechanical
pro ty
-Samples' Of-
BS T... normally- crystallize pyroceramice were subjected to additionid
mUltiplel6atingug-to e maximum working temperature and were then cooled to the
a
m n
ble t temperature. To prevint mechnni al failure, the rate of the thermal changes
was chosen 6y allowing for the stress relwmtfon time In the material. The phase analysis
was carried out with a UM-501 diffractometer. Structural changes were studied with an
EK-5 electron.microscope and bUM-8M metallographic microscope. It was found that
a process of "final" crystaIlization luting 2-3 days and changing into recrystallization
fd I/k:
:cc

ENCL-. 00 SUB CODE#. XTj T.D
OTHERt-l-000

KM I M ill," 14. 1 1 .4 1 nQi. ; L-IIII I K 0, N. I , , i n 7, h, ; -,16 i 1114 A , Ye . F. , I n 7 h.
Invest4l'aating the naturs ami cause, olP t~e ft-~~rmaticn of c;:-3n,
bubbles in a glass ribbon. S:~ek. i ker. 22 no.'L-?:,',-B D 165.
(MIRA 18:12)
1. NIIAv-tost,,Alo.

MNKO, V.
I..............
High-pressure gas drying with triethyloneglycol. Prace
vyzkum paliv /.:233-257 162. -

. MLNFO.,.,,V., inz.-, 11OLZBECHER, F.., Iriz.
Fladiation bu- iers for tr~chnn logical process'es with
up to 14000 C. Faliva 44 no.2:41-45 F'0'4.
1. [[Btav pro vyzkum paliv, Bechovice.

GRACHEV, R.I.; AUSIMOV, V.V.; BOYARSKIKH, G.K.; VERMHCHAKO, I.A.; I-EMIKO, V.A.;
IURONOVY Yu.K.; SMUCV, V.G.; SHAIC,:S, D.Z.; IONINIA, I.N., ~vea:5BB-db:1y---
red; MCI", F.G., red.
(Geological and economic efficiency in prospecting for oil and gas
in the West Siberian Plain.] Geologo-ekonomicheskaia effektivnost'
geologopoiskovykh i razvodochnykh rabot na neft' i gaz v Zapadno-
Sibirskoi nizmennosti. Leningrad, GostoptekMzdat, 1963. 199 P.
map (insert. Ioningrad. Vaesoiuznyi i neftianoi nauclu-.o-~issledovatell
skii goologorazvedochnyi institut. Trudy, no.206). (14IIIA 17:10)

511NEYDEROV, M.R.;_MIll'KO, V.I.
Drilling strings with welded connc-c-ting, ends for ~;tructlurxl
and prospect dr:Llling. Mash. i mf-"-. obor. nr,.6:1'1--1,', 16- 5.
lp,:,/)
1. AzNIIburneft'.

KINKO, Vladimir Viktorovich; YAKBMIENKO, Vladimir Sergeyevich; TACHIN,
- IVaRi ileksandravich; SO INOT, A.P.. red.; TARMA, L.V., red.
Izd-va; TIKHONOVA, Ts.A., takhn.red.
(Handling of 'Donbass"-type ships] Opyt takhnichaskoi eksplua-
tataii sudov tipa wDoubasa.0 Moskva. Isd-vo 9Korskoi transport.'
1959. 1o4 p. (KIIU 13:2)
(Ship handling) (Marine engineering)

OMOV PP. U.; MIT ~KO V Th
Some calculations in connection with the erection of wooden geodetic
signs. Geod i kart. no.5:23-34 My 162* (MM 15:7)
iTriangulation signal towers)

GLUKHOV, F.U.; MINIM, V.Yu.
Horizontal assembly and lifting of wooden survey signals. Geod.i
kart, no*6:27-37 Je 162. (HERA 15:8)
(Triangulation signal towers)

MARKOVI V.F.; MINIKOA V.Tu.
P~Oparation and use of grids to represent swexpq on topagmphic
maps, Good, I kart. no-4929-30 Ap 163. (MnA 16:6)
(Topographical drawing)

MIKO, V.Yu.; ZAPRUDIN, V.G.
Checking design loads in erecting triangulation signal towers.
Geod. i kart. no.800 Ag 163. (KRA 16:9)
(Triangulation signal towers)

L h136-66 FSS-21IM(l)l
T/gp(p)-3/VfA(c) . .... IJP(e),,----W-
ACCESSION NR.- AP6020914 tM/0006/65/000/008/0053/0057:'
Auntom Markov V. F. 0 Min1koff. V. Yu
57 4 4
TITLE: Ue technology for topographic map restoration
SOURCE: Geodeziyalkartograftya, no. 8, 1965, 53-57
TOPIC TAGS: topography, aerial phatogghy, aerial photograph, map
ABSTRACT: A convenient 'm"el'ot;1for the restoration and updating of maps consists of
[Aaking new aerial photographs and subsequent deciphering of the transformed pictures or
newly produced photomaps. The transparent plastic technology utilized for these purposes
1, was described elsewhere. The present article outlines the theoretical approach to the
itransformation of aerophotographs and their reducthm (with a required accuracy) to the
given scale. It describes also detailed procedures (including the composition of the
chemicals used) for the copying of reliefs from the old samples, Orig, art. has: 11
formulas and 3 figuresi.
ASSOCIATION,. None
Card 1/2 UDC: 528.96

VOVCFENY,O, I.A.., IVANOV, V.A.: MIMO, Ye.M., at.arshiy inzh.
Vibration sinking of pile foundatione in the electrification of
railroads. Trans'p. strei. 11 no.10:19-2i 0 Iti. (XIFJ~ 14:id
1. Glavnyy mekhA.pik Glavnogo upravleniya zheleznodorozhnovo
mtroltel'stva Mr Vovabenko). 2. Nacbal'nik tre5ta Yubtransstroy
kfor Ivanov).
(Piling (Civil engineering)) (Railroads--Electrification)

-NRTjW60-fj6O6 SOURCE CODE: UR/0154/66/000/002/0125/012
AUTHOR: Miniko, V'd Yu.. (A-fL-A-t)
ORG: Belorussian Institute of Railway Transport Engineers (Belorueskiy institut
inzhenerov zheloznodorozhnoga transport&)
TITIE: Determination of conditional angular elements of the external orientation
of aeriakhatographe
SOURCE: IVUZ. Geodeziya i aerofotos"yemka, no. 2. 1966, 125-128
TOPIC TAGS: phototriangulation, external orientation, aer14hotograph, angular
element, reciprocal orientation ;ax4) *K +
ABSTRACT: The fundamental prerequisite for establishing a spatial network of photo-
triangulation by the analytical method is the condition that the inclination angle .
and the angle of rotation of the base of photography must be equal to zero. Elements
of external orientation of the left photograph are chosen arbitrarily. This problem
may be solved in other ways. If the angular elements'of orientation for the left
aerialphotograph are known, angular elements of orientation for the right serial-
photograph and the same elements for the base can be found. Subsequent serialphoto-
graphs can be determined assuming that the elements of the left photograph are equal
to the elements of the ri&t photograph of the preceding pair. In this way angular
elements of external orientation of all aerialphotograpbe of the course can be found,
Card 112

ACC NRs AP60316o6
although they are conditional. This method is based on the theory d'!veloped in
the book by A. N. Lobanov. The condition of reciprocal orientation of pairs of aeri
photographs in a given coordinate system is expressed by the determinant containing
components of the base and coordinates of the left photograph. The solution of the
determinant yields the reciprocal orientation of pairs of photographs. A system
of formulas is given for determining the coordinates of the right photograph. The
right sides of the formulas are expanded into series and solved by addition of
measured parallaxes, using the method of least squares.. Orig. art. has: I figure
and 9 formulas.
SUB, CODE: OB)OUBM DAM. none
Card 212

LOBASOV, M.P., gorayy inzhener; MINKO-IU.YYEVICH, Yu.S., inzhener.
......... '"~ J,
Problems of automatization of mine ventilation doors. Ugol' 29
no-3:7-9 Mr '54. (MLRA 7:3)
1. Donstakiy filial Giprouglemaaha. (Mine ventilation)

LOBAS07,11. inzhener; MINKO-RATEVICH,Tu. inzhaner
il `-:'i-'-
Improved conse ton,- o-f,th,e--*Gorniak' cutter-loader. Kast. ugl.
3 no.12:11-13 D 154. OUSA 8:6)
(Coal mintng machinery)

; - i
IN I /V/(C. P (- "V,,-
LORASOV, X.. inshener; HINKO-RATYSTICH. Tu., inzhoner.
- .A
Drifting with wide passages. Mamt.ugi.6 no.2:10-12 P 157.
(MM 1o:4)
(Coal mining machinery)

LOBASOV. N., inshener; MINXD-RATYZVICH. Tu., ij;shoner.
Conveyer belt for curvillnei-r-WMAngs. Xast.ugl.5 no.12:18-19 D
156. (WAA 10: 2)
(Conveying machinery)

I/ C- f
WBASOV, M., inzh.; MINKO-RATYIVICH. Tu., inth.
--om
Itameled chutes. Kant. ugl. 6 no-.12:-.Lr Lu-z; '57. (K2A 11: 1)
(Coal mining machinery)