SCIENTIFIC ABSTRACT MALININA, R.D. - MALINKINA, E.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031810017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

31'129
s/o a, /6 11'000 10 21 /0 30/094
Determination of manganese... BICI~BI47
liberation of CrO,,Cl2vapors has stopped. This process is repeated, The
dry residue is dissolved in 5 ml of ccncentrated ECI, 15 ml of H 2s04
(1:4) is added, and the substance is neated until white H 2so4 fume has
been formed. After cooling, the salt deposits are dissolved in a
minimum amount of water, the solution is filtered, and evaporated to
15 - 20 ml. The residue is mix,4d with 1 ml of concentrated H 3P041 20 ml
of 2.5% KIO4 solution, boiled for 5 - 8 min, moderately heated for
another 15 - 20 min, cooled, diluted with water to 10 ml, and photo-
metrically measured with a green light filter in a '5-cm cuvette, a
standard solution serving for comparison. For determining Fe
- 0.1%), 0.5 - 2 g of the sample is disoolved in H 2so4 (1-4), the Cr'+
6+
is oxidized with ammonium persulfaLe to Cr , and iron and aluminum (as
collector) are precipitated with NH The precipitate is dissolved,
and Fe photometrically determined with o-pnenanthroline. Determination
of Ni (O.OG', - 0.1~) includes its separation from Cr by extracting the
Card 2/3

31729
S/06 61 /300/021/0 30/094
Determination of manganese ... B101XB147
nickel dimethyl glyoximate with chloroform from weakly ammoniacal solution,
re-extraction of Ni, and photometric determination with dimethyl glyoxime
in alkaline medium in the presence of an oxidizing agent. For determining
Pb, the latter is coprecipitated by means of H 2S with Cu (as collector).
After seDaration from Cu by precipitation (together with Fe) by means of
NH4OH solution, polarographic determination is performed in hydrochloric
acid solution containing NaCl. The effect of atmospheric oxygen, Sb, Bi,
Cu, and Fe3+ is eliminated by metallic iron reduced with hydrogen.
Abstracter's note: Complete translation.
Card 3/3

' ')8Y61 /000/02 0/031/08 9
3117 B147
AUTHORS: Malininag R, D,t Ptushkina, 7.
TITLE: Aluminum determination by thc p-tentiometric method without
compensation in compositely illryed steels and alloys on
iron basis
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 20, 1961, 111-112,
abstract 20D73 (Sb. tr. Tsen'r. n.-i. in-t chernoy
.. j
metallurgii, no. 19, 1960, 51 ')
TEXT: To eliminate the disturbing effect of Fe in the potentiometric
titration of Al with NaF solution, reduction of Fe3+ with metallic Zn to
Fe2-v is suggested. 0.1-0.5 g of the sample to be analyzed is dissolved in
15 milliliters of HC1 (specific gravity 1.'9', oxidized with 2-3 milliliters
of concentrated HNO 31 and dried by evaporation. Then, 10 milliliters of
,=centrated HC1 is added, and drying by evaporation is performed once more.
After cooLing, 30 milliliters of HC1 (I : 1/ ia added and heated until
dissolution of the salts. Then, 15 millillt-s of water is added, and
'0-15 grains of metallic Zn, depending on tho presumable Fe content, are
Card 1/2

S/08 61/000/020/031/089
Aluminum determination by the B'17YB147
introduced. After reduction, the solution 1~9 percolated through a filter
with paper pulp, and the latter is washed with '~a hot HC1 solution. The
filtrate obtained is neutralized with ammonia. HC1 is added until
dissolution of the tin hydroxide precipitat4r,, and 3 milliliters more.
10 g of NaCl and 20 milliliters of 5(y/o CH3COONa solution (the solution
volume must be < 100 ml) are filled in. Titration is performed with
2-3~ NaF solution by the potentiometric methqd without compensation, with
electrodes of aluminum and nichrome wire. Th~- method developed permits
Al determination in steels and alloys with-ju* Trevious seDaration of Fe
and other elements. IAbstracter's note: translation
Card 2/2

YAKOVLEV, P.Ya.; RAZUMOVA, G.P.; MALININA, R.D.; DYMOVA, M.S.
Use of thioacetamide for the determination of impurities in metallic
niobium. Zhur.anal.khin. 17 no.1:0/0-93 Ja-1 '62. (MIRA 15:2)
1. I.P.Bardin Central Scientific Research Institute of Ferrous
Metallurgy, Moscow.
(Niobium--Analysis) (Acetamide)

YAKOVLEV, P.Ya.; MALININA, RD
Polarographic determination of antimony (0.01 - 0.2 percent) in
titanium dioxide, Sbor. trud. TSNIICHM no.24:136-139 162.
(MIRA 15:6)
(Titanium oxide-Analysis) (Antimony-Analysis)
(Polarography)

YAKOVLEV, P.Ya.; NALININA R.D.
j_
Polarographic determination of tin and nickel in zirconium base
alloys. Sbor. trud. TSNIICHM no.24:140-146 162. (AURA 15:6)
(Zirconium alloys-Analysis) (Tin-Analysis)
(Nickel-Analysis)

YAKOVIEV, P.Ya.; ~j~ ~INI~~,,_R.D.
Equipment for polarography. Zav.lab. 28 no.11:1398-1400 162.
0',MIA 15: 1-1)
1. TSentrallnyy institut chernoy metallurgii imeni I.P.Bardina.
(Folarography)

YAKOVLEV, P. Ya. ; D.
Verification of the polarograt)hic method of deirmination
of the ammonium ion. Zav. lab. 28 no.12*.1434-1435 162.
(MIRA 16.1)
1. TSentral'W nauchno-iseledovatellskiy institut chernoy
metallurgii im. I. P. Bardina.
(Ammonium compounds) (PolarograDby)

~LkLININA, R.D.
-.- --, -.- Using certain organic substances as polarographic base electroly-tes.
Sbor.trud. TSNIICHM nc.31:158-161 163. (KIRA l-i.-7)
(Polarography) (Electrolytes)

YAKOVLEV, P.Y.; RAZUMOVA, G.P.; MkLININA, R.D.
Investigating the quantitative precipitation of lead by thioacetamide
from steel and alloy solutions. Sbor.trud. TSNIICHM no-31:183-194
163. (MIRA 16:7)
(A.lloys--Analysis) (Lead--Analysis)

HALININA, S.I. (Hoscow)
Composition and properties of acids. Khim. v shkole 9 no.4:16-24
R-Ag 154. (WL.-RA 7:8)
(Acids--Study and teaching)

GORMnIU, V.I.; KIRYUSMIS, D.M.; MALININA, S. L; PKHAKADZE, Ye.A.; FURSOTA,
X.N.
Independent vork of eight grade students in the first topic of their
chemistr.v course. ]him. v shkole 15 no,5:21-30 3-0 160.
(MIRA 13: 10)
(Chomistr.v-Study and teaching)

KIRYUSHKIN, D.M.; MALININA, S.I.; FURSOV"Ap K.N.
Independent work of students in laboratory clazses on chemistry.
Khim. v shkole 17 no.2:1?-28 Mr-Ap 162. (MIRA 150)
(Chemistry--Study and teaching)

5( 5 )
AUTHOR: Malinina, T.I.
TITLE: On Zubf-lacial Oscillations in the Y-tkkimv-Arskiy
Bay of Lpdop*a Lake
I
PERIODIC-kL: Izvestiya Vsesoyuznogo geop-ra f 4 C'~ e, -0.-- 0 'j F) v
1950., 11ir 2, pp 156 - 159 (USSR)
ABSTRACT: The autlior took part in the survey of Lake Lado~-n
in 1957/8, organized by the USSR Academy of Scien-
ces. Lab(ratoriya ozerovedeniya(Limxiolo:ric laborato~,'-.,).
She describes periodical oscillations of the surf-ine
of the lake free of ice, and under an ice cover. The
latter phenomenon has not been so far described (ex-
cept by V.V. Solov1yev in respect to the subglacial
oscillations on Lake Baykal, and Ity A.E. Porsild on
the Lake Bolshoye Mledvezhlye). The Yakkimvarskiy
Bay is situated in the northwestern part of Ladoi-a
Card 112 Lake. The survey was carried out at _~~ 1-oints ;111ith

On Sul'~rlacial Oscillations in the Yakckimvarski~, 3.'.~y o"
Lake
the aid of the microlimnigraph of V.P. 'MatveyevIs
system. The observations also included te-lpera-
ture and wind direction. The results registered
at 2 points are shown on 6 graphs. il."aximum os-
cillations occuring at both points, were of I - 2 cm
for a period of 56 min. The greatest observed os-
cillation occured on April 15th and 16th, apT-~rent-
ly caused by a strong east wind. There 'ir, 6 graphs,
1 Sovi6t and 1 English reference.
Card 212

KAY. SNIK, S.Y.; ARKHANGEL' SKIT. A.M., prof.; KALININA, T.I., kand.nauk;
RASPOPOV, I.K., kand.geograf.nauk, water q;orts SSSR po turiz=;
SIMOVICH,.N.I.i kand.nan ; SKIM07. L.Te.; kand.nauk; SMIRUOVA,
H.P., kand.nauk.; STALIKAXQVA, G.A., kand.nauk; T-ZVG3HOV, D.R.. kand.
nauk; KATYUSHIN, V.P.; RASPOPOV, O.M.; SLOBOZHAN, I.I., red.; TI-
KEICNOVA, I.M., takhn.red.
(For you, hikers!j Vam, turisty; kak provodit' nabliudeniia aad
priridoi v turistskom pokhode. Leningrad, Lenizdat, 1960. 246 p.
(MIRA 13:6)
1. Ghlen-korrespondent AN SSSR (for Kalasnik).
(Tourism) (Nature study)

MA LIM HA T. I
I
Erydrographic characteristics of the Khoper-Madveditsa interfluve.
Trudy tab. ozeroved. 9:10-13 16D. (MM 13:8)
(Khoper Valley-Hydrography)
(Medveditsa Valley--Hydrography)

MLILINI
Meteorological conditions in the field work period during 1951-1954.
Trud7 Iab. ozeroved. 9:182-202 160. (MIRA 13:8)
(Vyazovka District (Stalingrad Province)--4drometeorolog7)

MALIN71U T.I.
Vater balance of the Pbliv-noy, Pond in the summer and fall of 1951-
1954. Trudy lab. ozeroved. 9:238-269 160. (MIRA 13;8)
(Vyazovka District (Stalingrad Province)--Farm ponds)
(Hydrolog7)

MALININA. T.I.
A single-noded satche on Takim7ar Bay, lake litdoga. lz-7-V8qa-
geog. ob-va 92 no-3:274-2?6 My-Je, l6c). 04M 1): 6)
(Ialoga. Lake-Seiches)

MAMNINA, T.I.
Rise and flow fluctuations of the water level in Yakimvargkiy
Bay. Trudy Lab. ozeroved. 12:128-134 '61. (119RA 15-3)
(Yakimvarskiy Ba,,,r--Hydrology)

MALININA, T.I.
Seiches in Yakimvarskiy Bay. Trudy Lab. ozeroved.
161. r ~g P,~. - -- : -. )
-L, -
(Yakimvarskiy Bay--Seiches)

KALESNIKV S.V.; ARKHANGELISKIT, A.M.; DAVYDOV, A.F., kand. nauk;
kand. nauk; PETROVA, N.A., kand. nauk;
RASPOPOV,I.M.,kand.geogr.nauk master sport4 SSSR po turizmu;
SEMENOVICH, N.I., kand. nauk; DOBKOVICff. V.V-.. kand. nauk;
MATYUSHIN. V.P., kand. nauk; SLOBOZHAN, I.I., red.;
TIKKONOVA, I.M., tekhn. red.
(For you, tourists! How to conduct observations of nature
during a triplVam, Turisty! Kak rovodit' nablAudenLia nad priradol
v pokhode.Izd.2 per. i dop. [ByT A.F.Davydov i dr, Lenin
grad, Lenizdat, 1963. 280 p. (MIRA 16:10)
1. Chlen-korrespondent AN SSSR (for Kaleanik).
(Nature study) JTonftsm)

I'LALIN" N,~, , ~ f ~ - ; i,;,- -
I I -)I ~,: I !v , ; ~,,,
1 1. ,, (. .1:! '- J- , , "I , ! : - ~!.: ; " ; - . .:,., . ,
:,Cv , I " : ~ ;!:r. -. - W11 . 1. " ", . " , ~ 4
V~' , ~' ~ :.I- L, , - ,, ~'. -, -
I 'lc, . ': . ~~i ".., ~:. "Mr Ar 1~5~ .. I ~.~ : r

MALININA, T,P., a0pirant
.;- - t ~. t, :I:,--
Formtion of postvaccir-a-I rArattyphoid agglutinins in calvese
Vaterinariia 11 no.4:33-34 Ap 165, (MIRA 18t6)
1. Odesskiy sellskokhozyaystvennyy Institut.

RQ.A?'TLiK, G.C.
r, ina V,A
FOSAIWK, G. Ya. 1A. ); a-,LAYZ-VA, C.P. L-Sal,~--'eva,
0. P. ]
Ranufacture nf goods from synthetic fibers -i., the Z~Atolair
lilosiery factory. Leh. prom. n0.4:12-14 O-D 164

I me use d th 9t
nt %=Ted
0 1 ==
d ,
for the -QU N1.
V4nt.WV, V-1-3 sit, and V. V. Polyakova. 4drady/myo
1,4b. 16, 453-7(l95O).-Thed.'*wrdSe" Iss, thin circular strip
depotit"t on a disk which "Atca [a the pUne of the spec-
trum; the strip is made to cover the base metal comparison
line. *17he disk is rotated until this fine his Itte sAme ap-
parent Intensity as the mintr constituent tint. The posA-
tion of the disk Is noted. and the compri. read from a pre-
viously prelml. wor.king curve. Cyrus FeWman
96 -

---------------------------------------------

try ~_Si~aotral is
U
7
'Pub '43
or.a. ~ -,l G~rk L
ke,,A, E,
Vo;
Pol _6va~ v
Atli6iidiia S 11i'm yak
bi'.'de
-rograp 0:

pbi~ -M
-pr
PrqlaeA44_:6ii. :domplex: of. th4
-stat S t on-the -
6iwitifio,i Research Jul.
erSacket -g,and
wed-__-ih.leitd 64~ftdo- wit
161:;t~ wo '-ma'ins:of::dpeetrcgrAphid trathods lhb:reaulta~
-qwcg,
'
-are --tab4a d,"
TabI664- - -
us ~Ifetals

moon-==

7(6), 15(6)
AUTHORS: Malinina, V. i. , V1--,r1LM01,', 7. Z~.
TITLE: Concernin,-, a New Met-.'.)d for AnalyzinC Petr-,1uu,-.1 :..,.d
Bitumens Without Prior A~7hin6 (0 novom met.)1e i~~a
neftey i bitumov bez ~redvarit--~Ilno,:r)
PEFIODICAL: Zavodsl-ay-i Laborat ) r 4 --a 91951~,, Vol 2-*, 'Tr
PP 1374 - 1z,75 (LTQ--;Rj
A2STR-M: In the ~eter7~ination of micrj-el,~,-7ent~, i.,.
good recitlts a-r- obtained by t'-e 5~n-clr-l :~otnod, 1;~it
the previous ashirE; used in thin rnothod car lead to
the loss of easily vclatile micro-elements. This latter
fact was mentioned at the IV. International Petr3'~--um
ConL-reor: in Rome in 19-5. & method is !escr---r,:d iz~ t'~Js
paper w1lich is based ui,;on tht- y !3 4 S Of 0'
fro:-1 t'-Ie petroleum or bitu-,-ionj). T-.~:-~ ~ct:-)- i.,
evapoL,atodl U:.til
t""01, r(jdlloel to wn it'. I,,
crease t".e sen s i t iv-` ty of t,io ~~:)ec' 2".1 an~--' t~:c C. s
were investi.-ated on -ue paier strips .7it~-.
Card 1/2 ammonium chloride. A ISP -28 ao-ctro,-,r-~ph -,n] a

Concarrin,E a !,ew, Methodl I'Dr A,~ul, ~-un a-d 3~- SO"
Y z Z r
tu~ens Wit-out Prior Aohin-
u
strenoth of 8-12 wi~rc uze~l. Si, P, K, Li,
Ba, Sr, C a, a.,-. d C r vie r e d ec rm i n e d qu al i t ", t i v el
and Yn, Ni, V, Fe, Cu, Ti were
determined. The -1--tical used w~~T-c- In 2~~`,73,
Ni 3050,82, V Fc. Cu "~77.
N 3 () 22 R. MF
V.'1-1.3 used in t'lleo t o 1, t'- .3
a
Soviet refqrences.
A S S A T IQ-T Vsesoyuznj--
neftyanoy 14-.st-l-,,,+ (A-'!-'L'13, -'o t i f i c
stit,-ite for Pctroleu.,ri 1? i- pe c t
Card 2/2

5(2) SOV/32-25-5-22/56
AUTHORS., Kudymov , B. Ya., Malinina, V. I., 7arlamov, V. P.
TITLE: Method of a Quantitative Spectral Analysis of Water on the
Content of Chlorine, Bromineq Iodine and Sulphur (Metodika
koliohestvennogo spektrallnogo analiza vod na soderzhaniye
khlora, ioda i sery)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 5, pp 583-534 (USSR)
ABSTRACT: A water spectral analysis was worked out, which may find vast
application in geological laboratories. A spectrograph ISP-51
was employed, as the most sensitive spectral lines of the
elements mentioned in the title lie in the visible spectrum.
A spark generator 111-3 served as spectrum exciter and the dis-
charge took place in a fulgurator (Fig, Scheme) with a capacity
of 1 CM3. "Ortochrom" photofilms were used for the iodine and
sulphur determination, and films of the "Spectral Type III'
for the bromine and chlorine determination. The following
spectral lines were used: Cl 4794-54, Br 4704.86, J 5161.19
and S 5453-68 2. The determination accuracy was tested with
artificial mixtures (Table 1) and the relative error in the
Card 1/2 halogen and sulphur determination was found to amount to

SOV/52-25-5-22/56
Method of a Quantitative Spectral Analysis of Water on the Content of
Chlorine, Bromine, Iodine and Sulphur
� 15%. The determination accuracy of spectral analysis on
subterranean water samples was determined by comparing n~ith
data obtained from chemical analyses and amounts to + 201~L
for chlorine in the case of a high chlorine content. There
are 1 figure and 2 tables.
ASSOCIATION: Vaesoyuznyy nauchno-isaledovatellskiy geologorazvedochrivy
neftyanoy institut
(All-Union Scientific Research Institute of 'leological
Petroleun Prospecting)
Card 2/2

MALININA, V.!S,
23652.
NEKOTORYE DAME 0 SOSTAVE PIFHGhEVYKH PRODLTYTOV V RAYONE RASPOSTRANENIYA
UROVSKOY ENDEHII. TRUDY BIOGEOKHTM. LABORATORIJ (IN-TA GFOKHIMII I ANALIT.
KHMI IM VER14ADSKOGO), IX, 1949, S. 55-65.
SO: LETOPIS' NO. 31, 1949

HALIVINA, V.S.
Determination of the biochemical consumption of o3grgen in the
water of the Sea of Azov. Gidrokhim.mat. 25:47-58 155.
WaA 9:6)
l.VaesoyuzVy nauchno-iseledovatellskiy institut morskogo
ry-baogo khozyaystva i okeanografil.
(Azov, Sea of--Ojqgen)

PALICE37SKrY, V.V.; ZAKHaRIYBVSKIY, M.S.; MALININA, Te.A.
Thermodynamic characterizarion of the processes of protolytic dissocia-
tion of benzoic and ~ -hydrozybenzoic acid. Vest. WU 15 no.16:95-101
l6o. (MIRA 13:8)
(Benzoic acid) (Nydrogen Lon concentration)

ROGINSKIY, S. Z- ; AL'TSHULER, 0- T- ; TAHOVSKIY, M- L ; MaININA, Te. I.;
MOROKHOVETS, AYe. -
Preparation of radioactive cesium concentrates by the use of
ion exchange glauconite columns. Radiokhimiia 2 no.4:431-437
l6o. (MIRA 13:9)
(Cesium-II30topes) (Glauconite)
11%
k

MAIINKINA, Ye.I.; TARUBAROVA, Ye.v.
Effect of residual austenite on the formation of crac4a.
Metalloved. i term. obr. met. no.5:17-20 My 164.
(MIRA 17:6)
1. Vsesoyuznyj nauchno-issledovatel'skiy instrumf~ntallnyy
institut.

LJ99d.&L EWT(m)/EWP(w)/T/E',1JP(t)/ETI IJP (c) JD
ACC NRo AP6019204 SOURCE CODE: UR/0121/66/ooo/oWoo3o/oon
]WOR FadyuaI31na, M. N. ; Malinkina, Te., -1.
RG: None tv
2~
ITLE: Industrial use of R12 steel
SOURCE: Stanki i inst ent, no. 6, 1966, 30-31
TXI
TOPIC TAGS: tool steei~ hardness, plasticity, metal welding, crack propagation,
Nni" h -b -F-660006- ductility/ R12 steel, R18 steel
TRACT; The 3ults of tests carried out at various plants indicate that R12 steel
replace RlAtleel satisfactorily. Many cutting tools have been made from this
=
steel in recent years. The chemical composition for R12 steel is 0.8-0.9% C, 12-13% W,
34-3.6% Cr and 1.5-1.9% V. Impurity elements are within the limits specified for
hifh-speed cutting steel. R12 steel does not present any problemsjo far as produc-
t4n is concerned. Various specimens were made from both R12 and.*6 steel and sub-
je Icted to various tests. Analysis shova th t R12 steel is las=O'in the 900-12000C
range and has a higher ductility I~an that 7e f RIB steel by a factor of 1.5-2. R12
steel was tested by welding to 45"L"d WKh~steels under conditions for welding R18
steel. No difficulties were encountered d ing welding. Crack formation during weld-
iog was checked by periodic inspection of the specimens. Cracks re noticed in R12
1/2
uDc: 669.14m8.252.3-7

L -1Q624- '6
ACC NRs
steel with a decarbonized surface. Crack formation was not observed in the majority
of cases when similar experiments were performed using samples whose surfaces were
not decarbonized. Cutting tools were made from R12 steel usingthe same production
techniques as required for R18. The results show that R18 ste/A products require less
PO ile the two grades are otherwise simila-,
lishing han R12, wh ~ The effects of heat
treatment e considered. The results show that red hardnesslis normal (RC 58) for
R12 steel only in specimens with a diameter of less than 5 mm. Samples with larger
diameters show reduced red hardness. These results show that R12 is only slightly
different from R18. The operational properties of R12 and R18 steels are compared.
Cutting tools made from R12 steel are as good as those made from R18. Only one case
was reported where R12 steel products were considered inferior to R18 products. This
is explained by the fact that the materials machined by the cutters made from R12 steel,~
were harder. Cutting tools made from R-12 steel may be used for working structural
steel with a Lardness of up to HB 250. Among the various advantages of R12 steel are
the fact that it is less expensive than R18 steel and may be polished more easily than
R9. Orig. art. has: 4 tables.
CODE: II/ SUBM DATE: none/ ORIG REF: 0021 OTH REF: 000
2

K07LOV, V.V.; BFALOV, B.I.; prinimali tichastit: LYAIWE, Tu.V., HALININA,
Ye.
Some aspects of the tiiazotization of aminoanthraouinones. Izv.
vys.acheb.zav.; khImA khlm.takh. 2 no.):374-360 '59.
(MIRA 13;8)
1. Moskovskiy institut narodnogo khozyaystva imeni G.i.Plakhanova,
kafectra organichask-oy Ichimii.
(Anthraquinoaa) (Diazotization)

ROGINSK IY, S. Z. ; MAL IN IMA, Ye. V. ; TANOVSKIY. M. I. ; AL I TS HITLER, 0. V - ;
KOR&H6UTS, A. Te-.
Preparation of concentrates of radioactive cesium isotopes on
heavy metal ferrecyanides precipitated Prom solutions with a
high content of extraneous salts. Radiokhimiia, 2 no.4:438-.445
16o. (MIRA 13:9)
(Cesium-lootopea) (Yerrocyanides)

U SR/Cultivated Plarts - Technical Oleaceae, Sugar Plants
Is
Abs Jour Reef Zhur - Biol.. No 1: -958,
ac 1667
Author Ye.Ye. MaLinina
Inst Not Given
Title Me Selection and Agrc-rcaohay of 'dinter Lacta.-itu, Del-'Lcio~:-,Ls
bn edible brown mushroom
Ln - -7
OriE Pub V sb.: Kratkiy otchct... VASEM1111. ~La 19559,, Krasnodar, 1956,
6c)-65
Abstract The experiment of raising wint-_--r lactarius deliciosus in
Saratovskaya Oblast' is generaliicd. The particular impor-
tance of the early autumn sowing, period and the best depth of
embedding the seeds are emphasized. it is establ-ished that
the lactarius deliciosus as a winter crop greatly surpasses
its summer crop and zwuwtar~! in yield and early ripening. The
selection station of Krasnokiitsk has obtained the Zavolzhskiy
variety for district dist-rib-4tion as well as certain prospec-
tive numbers. The prospects of this cultuxe being -2ultivated
-in the and districts of the USSR Is viewed.
Card 1/1

MALININAj Me.; YEGORDVA, V.D.
Study of the virulence of the plague microbe and production of
live plague vaccines. Report No. 3: Chemical composition of plague
microbes of various virulence. Zhur. mikrobiol., epid. i immin.
41 no.10:98-102 164. (KM 18:5)
1. Vsesoyuznyy nauchno-issledoitatellskiy protivochumnyy institut
nMikrob".

18451 61r(WEYIPM
Ace SOURCE CODE: UR/0413/66/000/002/0109/0109
INVENTOR: S~ a kolltsev, V. L; Kos
t rio tyykovl B. Malinka,_A._ V.
'ORG: none:~
MTLE: Ultrasonic device for automatically following a welded joint. Class 42,
No, 1781,521announced by the V.-I. Lenin Pipe Rolling-Plant (Truboprokatnyy zavod)li
~;~OuRa: ..,izobreteniva. promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1966, 109
A
:jTOPIC TAGS:':welding inspection, piezoelectric transducer, ultrasonic inspection
~ABSTRACT: This Author's Certificate introduces an ultrasonic device for automati-
ically following a welded seam during The unit contains ultrasonic pie-i
zoelectric pickups, an electronic amplifier circuit and a mechanism for moving the I
.;pickups along the seam. Changes in -the diameter of the pipe and variations in the
iwall,:,thickriess are compensated by using two piezoelectric pickups located symmetri-)
cally with respect -to the seam and an additional electronic circuit which generates
-anerror si
gnal proportional to the difference between the times of arrival for the:
iultrasonic.o�cillations reflected fx-om the seam to-the first and second pickups.
SUB, CODE: 13,,, W,60H DATE: 07Sep64 14
UDC: 620.179.16.05 621*791.010t:

TEREKHOVSKIY B.I. [Terekhovalkii, B.I.]; SKRYABINSKAYA, ~.V. (SIcriabynalka,
I.VjI'PAVLIKOV, V.M. (Pavlykov, V.M.]; MALINKA, M.N. (Halynka, M.N.]
Inerksing the whiteness of a porcelain body by treatment with
water vapors during firing. Leh.prom. no.4:62-64 O-D 162.
(MMA 16: 5)
1. Institut, metallokeramiki i spets:LalInykh splavov AN UkrSSR.
(Porcelain)

. I 1. 11 .. . . W~ I .
, .,.. ,. . ; ":. .. , . " . ; . ( -~ I - I I - . - -
-r.-I ra ~ *, e r ':~ *, i~ ', p a :3 ', `~ T~ ' 'flr-" ~, r:j`
- - - . I . - I -r;
'- R n c; . ' : 18 1 - -' ? 3 F I - t
"'0"a. ener-. 4
( .,I rt~~ 18 : 3

"ILF."KIII A. 1.
,Ilf: . pw
"A C*.-luck for Holding Work for Facing
Adjustable Nuts at the Klase of the Thread",
Itanki I Inst;~,ent, 14, '10. 4-5, 1?4-3
BR-52059,119.

A. I.
"Se-lf-Adjusting Chuck for Grinding T'-,in-
walled Parts", 3tanki I Instrument, 14,
No. 6.9 1943.
BR-52059019.

!-YMIN'F~.BA. I.
"An Attac~ffaent for Rolling Index Grooves
on a Disk", Ztanki I Instr-unent, Jj,,
No. 7-8, 1943.
BR-52059J19

-- MALINKIII, A. I. ---
Nakatka na tokdrnon, st!3nke malkoshlitsevo~,,o zluba- (111'estn. ~`ash. , 1949,
no. 5, P. 51-52)
Knurling of' small slitted teeth on 14thes.
D LC : TN4.V4
SO: Manufacturing nnd Mechanical hhgi7ieering in the Soviet Union, LibrarY of
Congress, 1953.

HALINKIN. I.A., inzhener.
Standardization of consumers' goods. Standartizataiia no.1:12-15
Ja-F '54. (KLRA 7:2)
1. Upravleniye po standartizataii.
(Russia--Manufactures--Standards)

KALINKIN. I.A.
~-- -
Standardizing textile testing tedmigass. Standardizatstia. ns*5:86-88
S-0 156. - - (MIRA 10s1)
(Southport, Mzglwd-Tdxtile Ind:ustiy-6;-TsitImg) (Southport. Ingland-
Sta4dardisMion-Gawass,

MALINKIN, I.A., inzhener.
Imnediate tasks in standardizing the products of the textile
industry. Standartizataiia no.2:82-84 Mr-Ap '56. (K[,BA 9:5)
1. Komitet atandartov, mer t izmeritel'nykh priborov.
(Textile industry--Standards)

MALINKIN, Kh.M., inzh.. REZIKOV. V.I.
Electrical relay centralization of switches and signals. Torf
prom. 37 no.4:13-14 160. (MIRA 13-7)
1. Chernoramenskoye transportnoye upravleniye.
(Gorkiy Province-Peat-Transportation)

MAL INKRI, N. P.
20840. Malinkin, 11. P. Fovysit' effektiunost' mineiall nykh udobreniy. Sats. 3el. Khoz-vo
Uzbekistana, 1949, No.,l, s. 20-26.
SO- LETO!-IS ZHURNAL STATEY - Vol. 28, 1-foskva, 1949.

e-*
Apl'M ferfills air to cotton at different stageli, of growth
1.1 111 ill .411.1 1. V Pml lc-v 9 V,
gir-ill4sew"S.
abundance of N ill the later stagc% rclards thr malsiriev (of
Ih' fult- With th,, ijj,Taw ill gr-rh. ide,jr--mm nh N
,hould k fixwcd. P i% ;il%o r-vtm-d Ifain Oil carIv
of growth. Ali almindance nf 11 q-1% up 1-11 fix-o
iwn and maturity. All of the P c-m he ,pplic-i at lh,~ tim,
of prelig. the stvil. I'mctionAl apph~afiovi% of P had mi cf.
G-4-1 oil plant allif yirtff K i% 21- i-m-Illial thrmith'..( it.,
li-*tnx ~A%on, -1-mily at the f 'll..I,Itllv
I " lolf.

T,T'7T?r7 n
The Co=ittGe on Stalin Prime (of the Council of HinisteTs USSR) in the fields ~f
science wA Inventions annoddees, tMt-the f6l1oving scientific works, popular sclen-
tific books, and textbooks bave been submitted for campatitlon for Stalin Prizes for
the yeare 1952 and 1953. (BovutgkM IWItura, Moscew,, MD. 22AO, 20 Fab - 3 Apr. 1954)
ftm Title of Work Khaluated ~Z
MaI i n, ZT. P. "Cott%, Gr~,wlngll Milile-1,1-y If At-ric,itare Uz,'c
Tex t bo')k SSP
SO: W-30604a 7 JW4 1.954

J
USSR/CLltivated Plants - Technical, Oil and Sugar Crops. m-4
;kbs Jour : Ref Zhur - Biol.., No 3, 1958, 10875
Author : Malinkin, N.P.
Inst : Union Scientific-,Research Cotton Institute.
Title : The Effectiveness of Fertilizing Cotton on Saline
Orig Pub Udobreniye i urozhay, 1956, No 8, 31-34
Abstract On the basis of data acquired on the Bukhara and Fed-
chen testing stations Union Scientifl.----Research Cotton
Institute iL has been demonstrated that organic and mine-
ral fertilizers have no effect if applied to cotton on
salline soils (when the chlorine content is greater than
0.015% at the one meter level). If the soil is well drai-
ned in the spring, so that the chlorine content drops to
between o.012,'* and 0.002%, the fertilizer effectiveness
increases. With a chlorine content of 0.022% cotton
Card 1/2

'7
IQ-
e
feachAiciall, and Sugar Plants.
Abs Jour : Ref Zhur Biol., No 3, 1958, 10878
Author : Malin1kin, N. P.
Inst : Centro-I Stati,n cf Fertilizers and Agricultural Soil
llusbar.-~ry.
m_4
Title : The Influence of Fertilizers on the Raw Cotton Yield -nd
Fiber Quality.
Orig Pub : Udobren-lye i urozhay, 1957, No 15, 22-27
,~.bstra,ct On the hasis of data ii-- tl--e Centr.-:..l Station of Ferti-li-
zers ar.,~! Agricultural S,)il Husbandry TJnion Scientific
Resear-h Cotton Institute it is conclu~_Ied that the raw
cotton yield varie5 between wide margins (26-57%, with the
lonG-fiber va-ioti,,s and 21-48% with the fine-fiber varie-
ties), depending ul)on the conditions nf the environment
and agricultural engineering. It is feasible to increase
Card 112

USSR/Cultivated Plants Technical, Oil and Sugar Plants. m-4
Abs Jour Ref Zhur Biol., Nc 3, 1958, 10878
the raw cotton yield by adding nitrogen fertilizers prc-
vided that thu soil is sufficiently supplied with P.
Sim:uItaneous application if N and P increases the raw cot-
ton yield and is more effective than applying them separa-
tely. The seeds are larger wten fertilized. On a fertili-
zed base the strength of the individual fiber, the maturi-
ty, breaking length, and other quality indices were
ficantly hiFher. Fertilizers had both a positive and a
negative effect on fiber length.
Card 2/2

USSR / soil Science. Physical and Chemical Properties J
of Soils.
~bs lour: Ref Zhur-Biol., No 21, 1958, 95706.
Author
Inst :Scientific-Research Institute of Cotton Grov,Ln~,-
Title :Phosphate Cycle in Soil After Cultivation of
Lucerne and Grass Mixtures.
Orig Pub: Sots. s.k.:a. Uzbekistana, 1957, No 9, 31-35.
Abstract: Field emperiments over many years by the United
Scientific-Research Institute of Cotton Growing
as regards the develppment of the influence of
cotton-lucerne crop rotation on the content of
P205 in siarozem soils of the cotton regions in
Central Asia showed the following. Lucerne,
somewhat enriching P 205 in tho upper horizon
Card 1/2

COVPM! U ---,R
CA T ~G, C RY Cultivated Plants. In6ustrlul,. Oleiferouo, Sugar. M,
J OU R R'IhBiol. "a
ILI 1958, ~No- 1014-'61

T 1 TLE The Influence of Contlaous jipplictktion of Fertilizers
on the Dynamics of the Yiold of Cotton 'Wool in Regions
of Irrigated tigriculture in NiacIe Asia.
~'PT 0. PU~;. Lemleaeliye, 1937, %o. 9.
ABSTPACT Proceaural"y a mire correct initiation of expuriments in
large-icsie crop rotation, woea al! of the fiaii~-s in the
ro,ation were studieL in the sE-m,:~ year. was ca=iea out
at a numbgr of experirj8nt stitions in NJaulty Asia (Ak-
Kavakokaya, Fergenskaya, P8khtaLAral'akaya, Taazhikskaya
stations etc.). Experiments have determiaed that even
with an annual applicat3on of mineral fertilizers unaer
cotton, the yiela of cotton wool decreases from one year
CARD 1 1/3
95

CATEWRY M
A NS. JOUR. RZhBi-01.3 No. 195a, 110- 104761
AUTHOR
D. ~S T.
TITLE
ORIG. PUB.
A)3STRAGT I to the next to the axtent of the rematziuss from the year
of plouin~, up grasses. This decrease in the yield takes
Plitce c7arlucially sharply on acilp having a tendency to
salification when ineasurva toward weakenitie this proceso
had not Ueen taken. However, with a systematic applica-
tion of fertilizers to the fields of cotton-alfalfa crop
rotatione, owing to tha constant accumulation. of humus
and N in the ocil an6 en in^r,:5aae in it of the available
for.,ah of P, th6 yitilds at tha end of tho rotation remain
at a comparatively hieh level in relation. to the yielding
CARD: 2/3

CM,'TPY
CATWORY
I
ABS. JOUR, KhDiol., No. 195*. Fo.
JAUTIVOR
IFST.
iTITTLE
IORTG, PUB.
!ABSTRACT
C-AJZDv 3 /3
vbility of cottsn plai,~ or thG h#,(j and increase with
each succo-3diag tul-n c.f crop rotaxion. -- B.L. Klyachko-
Gurvich
96

USSR/Soil Science - 111iysical and Chenicall 1roperties of Soils. J.
Abs Jour Ref Zhur - Biola, N) 15, 1958, 67899
Au~hor Malilikin, N.P.
Inst
Title The Effect of Lucerne in Cimbination with Extended
Application of Fertilizers on the Agrochemical Propcrtics
of Siorozems.
Orig Pub Udobrcniye i urozhay, 1957, N) 11, 35-43-
Abstract When raineral and organic fertilizers were applied system
tically to cotton-lucerne rotations on irrigated sicrozen
soils of the Ak-Kavak testing station, supplies of hiTaus,
of N, and of total P accxxmlated in the soil, and there
was also a rise in the content of assimilable forms of 1.
This emebles plants to I-Jve in the soil; there is a rise
in raw cotton yields. When fertilizers were applied eve-
ry year to cotton in a cotton-lucerne rotation, there was
a decline (in comparison with the unfertilized variants)
Card 1/2

USSR/Soil Science - I-hysical and Cher-Lical rroperties of Soils. T
i,bci Jour : Ref Zhur - Biol., No 15, iq~c8, 67899
in the loss of or~pnic substance frim the soil in
years following the lucirnc rotation. -- N.I. Bazilcvjci~,
Card 2/2
- 18 -

MALINKIN. N.?.
Organic matter In irrigated Sierozens of Centr9l tbni,-' L"'11th S"-'--Mr7
in Nnglishl. Pochvovedenie no. 6-e5-91 Je 'rF. (MT-R4 2-7)
I %
1. Vaeaoyuziky3r ordena Lanins ~nstitut
Ichlookovodstva, Tashkent.
(Soviet Central Asia-Sierozem soils)

MALINKIri, Ii. P.: DOC Aj-;I'-ic SC-1 "Fui-t-Ilizip., co*---n 'n
on the n~ (if C,~-nti,~C Tusl"-,~-n'-,
(kc~-td Sc'- T--Scj,,, V. D

MALINKIN, N.P'j prof., doktor sel'skokhozyaystvennykh nauk
Effect of fertilizers on soild of the various improv t
conditions. Zemledelle 25 no.1:65-70 Ja 163. = ~640
1. Tashkentskiy gosudaretvennyy universitet.
(Uzbekistan--Soils.,Fertilizers and manures)

, M."Colay Petrovich
[Fert,lization of cotton unripr conditions of deficient,
water supply] Udobrenie khlopchatnika v usloviiakh malo-
vodlia. Tashkent, Gos.izd-vo Uzbekskol SSH, 1962. 20 p.
(vidP-A 19:1)

WOOTKIN, Ivan Sergeyovich, kand, tekhn. wwk; IMMISALIMSKIY, N.D., Prof.,
doktor biol. nauk, retsenzent; LRUNKIN, S.G_,._tpzh., retsenzent;
MWIMM. A.L.. prof., doktor tekhn-.-na-u&,--spetored.; WMMA,
SIFI, red.; CHIBYSMA, Te.A., takhn. red.
[Teohnolo&7 of the muneaoture of acetone and butyl alcohol]
Takhnologita ateatono-butilovogo proiziradetva. Kbskm, ftshchs-
promizdat,, 1958. 266 p. (miainsio)
(Acetone) (Butyl alcohol)

NAKRLOWICH, B.M I KALINHN, S.G.; KOC)11114,~, L.V.
Causes for differemt~yields qf,-solvents-,~from rye and wheat starch in
acetone-butyl production. Trudy TOMSP no.6-82-89 ';'e-
(MIRA 14:12)
(Starch) (Acetone) (Butyl alcohol)

PETROV, A.V., WlINKIN, V. A.
Cotton SpinninE
Seeking the optimmratio of twists in spinninE, and twistine. Tekst. prom., 12, No. ?,
1952.
Monthly List of Russian Accessions. Library of Congress, Octobe-, 1952, UNCUSSIFIED.

MALINKIN,-Z.A.-
On the analysis of breakage in spinning. Tekst.prom. 22 no.6:
45-46 Je 162. (MIRA 16-5)
1. Zaveduyushchiy laboratoriyey fabriki imeni Krasnoy Armii i Flota
Moskovskogo oblastnogo soveta narodnogo khozyaystva.
(Spinning)

MAIMKDAP M.G.
Timely delivery complicated ]:or an ovarian tumor strangulated in
the pelvis minor. Ak-ush. i gin. 39 no*4:126 Jl-Ag'63
(MIRA 16:12)
1. Iz rayonnoy bollnitsy (glavnyy vrach A.S. Afanaslyer),
Slavyansk-na-Kubani KrasnodarEkogo kraya.

4.10 0 :ee 0
0 Ag
M A 27 M l9l; 1U 11 V U Sid a Id 0 As
11 0 31 n
Is I if U is 40 4 Re
s
I ~ _ I-A t
I

Ai
00
00

:0
withpWooke. H. 1. Afalinkilla arid I M. -Slit'llurm
.
(Kat- firstvelismy-a still, 19314, No. 1.-
jn,,_sj.

00 l1w of peat cuke not pea
I
1 r uate Ulixtum R8 a mulmututo,
i
1
so
0 11, Prrv
Ou-4
V '-A case-hardening rtiixtur(* colimistilIg of %olm,
'
0t
'l
i

: t
lart"All with
G-14
of Ba(
O,,, 1-5-, (,at-o,,
0
0 all(I :,40., 4 t;yrup %mt, jjjvt,*tjgatp4j. 1,11p 11111114'rous ri-MIJIS art. to 0
0* ill falitilar f,,rcii need I'll- A me a icr, -gra 1 Jot of t1w ar. C*O

00 lakyers obtaillt.41 are The llew elf lit-tit v4,kv tilmo.
;09
rt-milted ill a reductic.11 it' tile thickliem (if thu carburilird laver on the

0

arimsm mitorls mid rk!iv."itAtcd a longer carburiNiog livrittil. it, t.llv r-0:
(if tile stOVINSilluffiVit"111Y high cArbonconcetitratitin in the carburpA41 %
Inver could not he obtainct! %ith peat roke alone. Tho addition of
;Ii
m
um carbonate and barium carbonate was therefore tried, tho
' MOOF
latter (!"
I%) proving the most efficacious. ZOO
i too

aslill
~

jZ jLjljR.TW1 CLASSWICATiON
I
-
-
e
~ ,
C..
S
I
at
ly 0-11 1.6, 1-1 ; II , '~ ,
04W to Cr tp to Of 41 it it st tj 11 it of
0060 0 0 00 0
AOL t"WO
00 00000

lo 0 0 0 0 0 0 * 0 0 0 0 0 It 0 0 0 0 * 9 0 w-_4wA:*,A:G-f
-
-
'
"
0000 0 *04 *004 060004-c
e-44
4 0
4
l
4 # A p 4 0 it it a to m is w )I is mb
an nun a V~
A AL L-ILA 41 f 4 It I- T V Y.A P A -L-2-AA 00 CC 0
A
I

o
f lucclsill
--_----
00

00 NOW CkC0011IM-MlIfICS0990 Attel. V. Cl
J
*0 h4linkiadi. Aotwas I ekkaits IM, No. Ii
4G47M3 M.'tintift. C 0,1441,26. %fit (L

Go 3.3, S 0 M alml 11 W44 ifivestic tvi
4
1
IL
low.I.Intifism,; It ..a .
'.111tall. 1m 111
Itcut fIwwt,vI
T jam.m'.4 Aut'st1whakNat... Ig-v ~IW3,tog
Iffevelit t1w 6,114ming nwillAl (4 tFrUtIlivill
ing at LN00-12.'Al , IifittalitAtkin at Pik)
aftet tummajilAtiOn 4.2-4.1; minA. vajimil
Mh~, 1wf4raial; Itate, dw vallantling farlia,
in ml And fessilot'llill At =11 I,-, ... in

00
so
4*0
#1o 0 0 0 4 is 0 0 * i& a !
6100000004 It 0 0 *
m A? v v U U a m ip m IV 41 .4 4)
El.f ~ 4 4, 1 4 t -1
`00

-00
Jk0V 49141 Ii.
14,17. YrttF--- -00
11.11, Cr 27-
with a %irw

ra. irst"I t",
o-ull, At
11-1: 1-0-
(ItAirdnesm
Isis 41 I*OU-
(I, K*l kit)'
It

Ze 0
_00
4e0
ZZ-E ;ww
400
1404
too 0 0
as* It.
err tl
--*), U IS LV -+61- 1 "a
In 11 1. .4 9 n 's N

Ism
U.da:.), nm alcif=tv of additi,mW tam ng &I
dt
C. URI t W U(, y 'utlicty Of
was in-mat . . i ,
ctrtvtwr. t: U= ~Mvlusimss were
710-790, C. improvew dLcctwty and Pladic-Ity. lWating f-
hr. bLing wiMcient; atbwqumt ewling must be revid;
with the normal tempering involving iaitW lwwing sA AM-
hy rs;Od routing aftar PaWaW a, M-M U.;
brittknwo devetol. rapidly in th., 5M-60W C. ren&~, - ~ s.

f I I I &A

IF -n -10
00 PROCS411411 AkO ONCOORIIII 1-010 is 14 a Is 11 Is 0 6 61 Q 41 As

6 0 .
-C A a. -A---
too
-
00
-0
or
:-o0
set

00
008
*0
Ivcrr"ing UM StIl'tJOSM Of
t2I-j
009 -
!r Sped Tootwireft bY ASIARALUAf- -00
Russian.) E. L UsUPWIW 8ta" 6
ptatrument (UadhiWoi Tools and

J! Equ=ntj, v. 21. Feb. IM, p. 21-23.
720

140 0! -
Wine at
ence of ianut
m* C. on iniciroafmctutO end Me-
chanical proptrilts of the hich
'
;)
p~.d st"is. U23, T-
ZVO

woo

A AIT&LLURGKAL LIMAtORE CLASSIPKATM* 00

T-1-T I f I IA An A. S
a
o n I
M
ti IT a w 0 - 1 0 14 -1 -*0
9
t
i
- 6~1- 0010 0 0 0 0 0 0 9 0 0 0~

lof0f
Mahlikipa S I V-Ak-,V. Z N Alkh~...
A A liadl,,~,. M.-k.
v 22. Oct 1931~ i,
Cutting t-ilm and end mill., niado-
ft"Ill tht- typV4 f high p-A Vt.-,-(
~ re "Inqt-d. Advantage. and df~
advant.19- ,f Avel K134,7 .- gll,-
jvtr["uW imentwn t ...... a- .4 if~
)v. W and V Daf,, ar,,
tabulated and rhart,-d IG17 T6. TS,

MALINKIR&, Ye. I.
Zffect of hardening tedperature upon the strength of high-speed steel.
brand R9. Stan.1 instr. 24 no.12-.?1-23 D 153. (MLVA 7:1)
(Steel--Heat treatment)

KALINKINA.Ye.l.
Heat treatment of welded cutting tools. Stan. i instr. 26
no.7:28-29 Jl 155. (ML'RA 8:9)
(Metal-cutting tools)

K&UNKINA, Ye.l., kandidat tekhnicheakikh nauk.
Controlling the hardening capacity of carbon steals for tools.
Standartizatsiia no.2:66-72 9r-Ap '56. (MLRA 9:.z)
1. Vsesoyuzrqy nauchno-iseledovatellskiy instrumental'nyy Institit.
(Tool steel--Metallurgy)

/ 1 -~ /,~/. /" / 1-i ,~ / -E /'/ ',, --,
GULTAYEV, A.P.; KOLESANOVA, A.A.; MAlINKINA, Ye.l.
I- - Z--
ai 22 no.3:314-315
Scals for martnesite nicrogt=ulct~r"Srz~
156. (KLRA 10:5)
l.Vasso7uznyy nauchno-issladovatel'skil instrumentallnyy inatitut.
(Martansite) (Hatallography)

HAIINK11h,, Te. I.
mTool ateels" by W.A.Geller. Reviewed by I.I.Malinkina. Stan.
i instr. 27 no-10:43 0 156. (KLRk 9:12)
(Tool steel) (Geller. W.A.)