SCIENTIFIC ABSTRACT MIZERNITSKAYA, O. N. - MIZGALSKI, W.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134810009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

XAGANOV, S.Yu.; MIZMMITSKATA. O.W.; KAKAROV, I.T.
Rsview of S.G. Zviagintsevals w3ronchial asthma in children.' Pedia-
triia 37 no.10:90-91 0 '59. (KIRA 13:2)
(ASTHKA) (ZVIAGINTSXVA, S.G.)

MIZERNITSKAYA O.N.
Clinical characteristics of bronchial asthma in infants. Vop.okh.
mat.1 det. 7 no.7:34-40 J1 162. (MIRA 15:11)
1. Iz klinicheskogo otdela (rukovoditell - dotsent N.P.Savvatim-
skaya)Gosudarstvennogo nauchno-issledovatellskogo pediatricheskogo
inetituta (dir. - dDktor med.nauk A.P.Chernikova) Ministeretva
zdravookhraneniya RSFSR.
(ASTHMA) (INFANTS-DISEASES)

MIZERBITSKAYA., O.N.
Eighth All-Union Congress of Pediatrists. Med.sestra 22
no.2260-62 F 163. (MIRA 160)
1. 1z Gosudarstvennogo nauchno-isf3ledovatellskogo pediatricheskogo
instituta Mi-nigterstva zdravookhraneniya RSFSR, Moskva.
(FEDIATRICS--COIq GRESS ES )

Iz cl.,,rAki v
in.Lil,.ituta
FS It.
i,;,,) ollbizI,':
re;. f ar, ea-rly 4we slifferinii
na?.
(..'4UU lu.-)
;zra-~,.a ~,a:j~~nno-lasie(iovalei'Bkot-o
Mialster9tva 7,drav,-)okhr&wrilya
HLAbAji)

?J.IZERNITSKIY,, Aieksandr
retspnzer.t,
kap;Aan dh i
~ -T , , 11, ~' A z
11 ich, kRpitari la, negr. plavanly-9, lots
A T- nnuk.
:.- 'K
tekt-- n a 1.ic
negn A v'A ~i Y~q kand, tekhr- nivik, dote , ret-gori-
." 0--. T' tekhr. reel
, -, vti ..4 N V A"' .
fNmvlgFilli-n~ Np. vp7a P+ k -,r,i rt'"
M' ~-,A I
Na v

AM, OR'I: A. ,-n,l Tyuryakov,
TITIZ: Open-pit Wor.-,.~ i.., c-)~* the Lead and -",'i-nc
kzytyyc, rabaty .1a s-,,intsov,--tsin-:ovc-;
no~;t i
PERIODICAL: Go--nyy zhurral, 'Ir '-;D, py L5-1~1,
ABSTRACT: Tli-:! )n i' iead-zinc Or-!! -W-d,
DF-tw--~,~n - At Fresent the fQ11c -.:i;-
exp1c, 7-u-l it wori--rig: the Kumash ir, -.ar. T y-) -
Ti, pxw, -- I y -ni ne:~ i*,-lie -.rizhkent jovnaricho zt~lc Duu, 1 y,
Kan.i.-.ty, t,n,. mnes n,' the Yirgh'z
,. lj-(:Yt -1d
-n, -vf,..:y a. I .,y iy mines ol' the
,,c*vnLv;.h-,);,-, .h- Kayraktin-~---Iy, ;..;:.1y,
Ka.ikw3yv-A --; ~-',f ~ ol' the Karaganda
Tt%i-y-E'kanak:iy mine o,' thf, Tadzhi..',~ Sovnar,-,huz.
~)I' thr-, ent-.-r 'e-!,' ~-,iric zvp productlin wa-; 1.1)ne by thi,
The incre,i ---! in tn,2 c).,' the5e miws
,hn.rp in tnf- -r,,t of' production -mri r ",-).,v z5,,:
w u ,A! t;irf3c mlne6 P---e situaled in l:.l;.~:,,,nt
..~,ne cC t,;(--!n hLgh u:: in tne
typed, rig., and l,zmj;
Card 1; 2

Open -pit Works it, Mines of the Lead ir.- '_7 inc Induntry
4/'Q
In general .. dump trucks ire used for the transportaticn ,f
the extracted ore and strioping rocks in all the mines., except
the Kiirga5hinkan8kiy mine where rnil tiansport is als,o
used. Froquent break-,Jowris of tru~-ks, shurtarit of star..1
by trucks, small lond capacity and sh~rtaee of .3par~-. pirts
very often reduce mine oi~tput. T?~ere are 5 tables.
1. Mir"ng ind "";h
3. Zinc orP--PrrA,-t:G1r11
Card 212

18(5)
AUTHOR: Mizernitsk 4y
L.A. , M'_ning Enf~ineer
TITLE: On the Develop,,:,ent of the Iron-Ore Industry
Ukraine During the Years 1959-1965 (0 razvitii zte-
lezorudnoy promyshien,,.,o~-,t" Ukrainy v
PERIODICAL: Gornyy zhlirnal, 'L959, Nr 2, pp 47-54 (:,%3SR)
ABSTRACT: Ukraine produced 56% of the entire iron-ore vr -,,!ir-,e
of USSR in 1958. The same republic is third in "ne
world in iron-ore production in 1957. Tne repiblic
itself uses only 72% of its yearly production. Yct
there is a disproportion between the needs of ,.eavy
industry in tne UkrSSR and the efficiency of tne
iron-ore mines and plants, although tlie latter are
working 3 shifts a day. The yearly level-sii.k of
the mair, shafts at Krivoy Rog is 21*j to 25 m. Pyri te
cinders are bf~i%g expioit,,~,J n8 ndary iror,-ore
resources, but the supply will be
Lean iron-ores (brown, worked-out ores, etc
also bein-; utilized as sources of 4ro~.. 7:.-
Card 1/7 titles of this article are as follows: 1', Raw-ma-,,7-
Gn the Development of the llror;-'~re
the Years 1959-1965
rial basis. 2" Investmc-Wl- cons t ions.
m in i 116. the juaiity of
ore. 5) '~,-,neral re._~onstructlol, of -~he at
Krivoy Rog. 6) Iro,,,-ore dressi.-4,1. 7ne r)re
at Krivoy Rog are now beirq;,
commercial-iron con!u-nt 46%) conttin aj~p,'-0fJ;m tl'ly
Ti,ey wi~ in
1.8 bii1ion tons of ore. - -1
about 30 yf~ars. Aro~!.er area of ri~_,L -,re li?posts
(about 6,% "Iron) s uc-i:i4 speedily ?xa:nir,,~-d
lies at Be-lozers. , Zaporozhsk" oblast :'a'~-~ oil "i.e
Dne pr. It-s volur '- Is &- :-1-01; *()":s;
underground mining will be The oorco
of iron in the Ukraine will be ferrous ma6netite
mined in o~eri pits (0.2 to _;.8 cu in of rock per
ton of ore). The mining technology nas been Jeve-
ioped by t~je Yuziinyy 6orno-obogatit'PlInyy xo.,:jbinat
(Southern Mining-and-Ore-Dressing Co,,:,uirie). The
Card 2/7 fields lie near Krivoy Rog and Kremenchug. Their

MIZERIVI'~,K:Yp L.I.
----------
on %he eA_--j-r5i*.!.Ijg and
.he tr a r-spn-La '.~,)nnr rri, nH im i n:ng anri r'3 d.-&
e-il,erpriz,es if i-rs U&r-~ rt- n, r-~d, ~~ -jrr. n
163.
L 2981.2-66 EWT(d)/E'KP(l)
ACC NR71962067~_ SOURCE CODE.- UR/0383/66/000T0_0_17Co 9-o _o6~ f
AUTHOR:. Mizernitskiy, L.-_A.; Negrobov, V. P.
ORG: none
TITL-I': All-Union conference on Problenn in raisin jabor p
net cos-~ of pr~~i~ctjon Jn~~S entorprises TQ;Lqgt;LV ~ _y 9~~ _L _1n&
SOURCE'., Metallurgichoskaya i gornorudnaya promyshlennost', no. 1, 1966, 90-91
TOPIC TAGS: industrial entorpriso, imiustrial production, quality control, labor
pol-icy
ABLT~~CT: An All-Uri-ion conference on increasing labor productivity and redlicing
production costs in mining enterprises was hold 15-17 September 1965 in Krivoy
.Rog. The conference was attended by 312 persons from various organizations.
The monthly productivity per worker in 1964 was 89.3 tons for commercial ore
and 186 tons for raw ore, an increase of 16.3 and 52.5% respectively over
1958, Recommendations are mado for further increasing labor productivity and
improving the quality of commercial ores. The titles of some ofthe reports
are mentioned but no authors are given. " /-jPRs7
SUB CODEt 05, 13 / SUB14 DATEt none
Card 1/1 UDCI 648-51-1.6,622-341-003-12

HW W Techakil-'Cauele

USSA
I

1~4f~ ~qvnesy b(m of s 14
Wry
ONJ

BAYRACHMO, I.T.;MIZIRUM, A.T.;VSJMVTATSIrATA, Tu.S.;SHXURI)ODA, V.F.
Radar observations of meteoric activity in January-March 1958.
Biul. Xom. po komet i meteor. AN, SSSR ao-3:15-18 '58 (KIRA 13:3)
1. Klyevakiy gosudarstvennyy iastitut.
(Keteors)

BAYRACHENKO, I.V.; gSEKH5VYATSKAYA, I.S.; MIZERNTUK, A.T.; SHKURDODA, V.F.
Some results of radar observations of meteor activity. 14ezhdm2ar.
geofiz. god [Kievj no.2;75-78 1606 (MIRA 14:1)
1. Klyev State University.
(meteors) (Radar in astronomy)

1", J

J.j
b e

I
- . . . . I I . . !
- . I I

BORISHA.NSKIY,M.S., kandidat tekhnichaskikh nauk; GVOZDZV,A.A., professor.
doktor tokhaicheskikh nauk; KIZRRMK,B.N., inthener; NIKITIH,N.V.,
inzhener; SHEMN,L.N., arattektor
Precast reinforced concrete beame developed by the State Planning
Institute of Industrial Construction and the Central Scientific
Research Institute of Industrial Construction. Rate. i izobr.
predl. v stroi. no.81:20-22 154. (KIRA 8:6)
(Girders) (Precast concrete construction)
XUTHOR: Shishkin, R.G. Engineer SOV/97-4-2/11
Candidate -)f TIecnanical 3---ien--eS.
Bal'nov, M. I. , En-in'!er.
TITLE: Production and Applicati,in of Pr,?3tr,~,;3-1 R;~infrr-ed
Concrete Arched Frames with Batch Reinf,ir-,e.-,ent. (opyt
izgotovleniya i nrimenenlya predvnrit,~,l nc naf.ryaz-
herinykh zhelez-)bet,)nriykh nr,)chnylh ft-r,. s :iichkovoy
armRtyroy).
PERIODICAL: Beton i Zhelez-)beton, 1958 Nr.4., pp. (U33R).
ABSTRACT: The manufacture -f !restressed c-)ncretp frrvn,!., with
batch reinfor(~emr-lnt c-,--ild be r-,nrried out in tne yards
of buildin.- orrranizati)ns. The experience gained .n
the Kuznetsktyazhjtroy trust show ihat t,,,e manufficture
of complete frames spanning 27-30M could be accomulished
if a railway siding were available. The a,ivant%-es of
these frpjnei ~s nne init are tne ec-nomy dn
steel anJ --qvJn,.-, of ns3e-7-,bly time. A 70% srivin_; of
steel i.~ R2hic-ve~ by the use of batch reinfor(,e.-!ien1- ..s
compared Crrnns, The channel.,3 in tlie r,,~n 4, r.,
ctions a(~c-om- :atin.,- I qtch reini-ircenf-nt .3, -)~11 I ~.- --'-,rmed
witholit. tubl.,Inr ~~te,-?l iriset- usin,7 ~;ie .r.-
rubber tubc-~.
,JPctin,- -~f f-!~-)-,Id be cFtrr~ed n,.11.
Card 1/3

SOV/97-4-2/ Il
Pr o,,l ut in a-n,,l AI ia r. j t re s R,~ o d _r
-1 inf rce. C)n- -t
Arc.lied Yreme.,i wa-l~ Reinforcement.
opening at th~- ~-n_L, w~-,,_re tl-ie Ean:-'..or is fixe,. -,.i -,,r,
k,-tlt on t.,.,~
:ro,,~ortiDn f w,~t,~r rLrJ
-e.mp.rit in The pinlity r)f tnf-
steel b,- ch~,,,,ked in thp
break4.-ic aril thp wh~i-_:, i~',
r,,it tv th,~ Rockwell appp-rat'as. Tte )f F7-,iT.3*,r
proyek-t a few var-,ants -.f
Inforced ar-.1~p-d frsunes r,,r a :~pny:, S
of t~ie3e frames were vanufeoture~f :n
trust cu;d wero t~!e pre3erce ,f *,~ie
Brax,,-,-,i -if VIFIIP:,. trl "',,e r~.z~,Its cf
tqsl-- a fraire ja-; nni j_IUTr:-,e! 'Llcn 'U.; t"1.?
Proms troypx-oyekt ', ll;h I T 17 / M S ITIK'K b-P Thiz;
was Ftccertel by tne f)r cc.r,
Struction of Ltie electrlysis departv-nt ":.e St-al:rzk
aluminium fpct,ry. Figure 1 gives cDn3tr-~ I-Iti -~aFjl ~el B~Lj
of the fraj.,,(f. St,:!ej- Plark 2rG"S wris used. Fir,~,,- ': -zinc,,qz
anchorin:,- let~a,
_,Is
Data f,,-.r ni-r. tensile 3t~jel ~~,f vari-,us ::),-.rks 7,i--er-
Tabl,~ 1. A larty -)f spe--ia"istIQ from
Card 2/3

Sor/97-4-21/li
Production and Applicqtion of Prestressed Reinforced Cnnrr~~te
Arched Frames with Batch Reinfor:.,ement.
helped the Kuznetsktyn_7,hstrTr tni5t to s-.lve va-rirliq
technical problems in cnrinecti-in witf, casting; ar:,Iied
frames. Figure '5 shows a photograph of the castinL7
yard. Table 2 I~numerates tools, implements and '%-FA-,7y
gear used in s)-ic". q ynr,!. Figure 4 illustrRtes frrime
with tubular insets for the formation of channels and
Figure 5 the frame wh,:re the ct,nnnel.9 are ~)einj~, f,-)rmed
by means of rubber tubing. The oement used for the
concrete mix for these frames is Mark 400, WhiC.. 13 re-
ground on -iibro g-rinders M-200. The con3,IidRtior_
of the concrete is carried out by an immersion type of
rod vibrator Mark 1-21, 1-50 and 1-80. The tensioning
of the reinf~~rcem,~nt i3 carried out ty hydralilic jf3:k,,,
constr,-icted by the GlaV3troymekhFmizatsiya wit' a
tensionin- cni,,city of 30 tons, operated by hand ;,amps.
SM-258. Fis-ure 6 illustrates the end of the frqme
with anchor reinforcement and Figure 71 the lifting of
the frpme by crane on a spezial. attachment. Figure 8
illustrates the transportation of the frames by rail-
way and Figure 9 the frame during testing. Table 3
gives cost e3timate of various wanufactur--'ng operati-ns
of the frame for a 2'm spar. There are 9 fi,-,.ire3 9nd
tables,

BERDICHOVSKIY, G.I., ki:nd.tekhn.nwik; DMITHIYEV, S.A., knnd.tak~in.nauk;
MIKHAYLOV, K.V., k.Dnd.tek_hn.nauk; GVOZIIEV, A.A.. prof., doktor
te~chn.nauk; MMAYLOV, V.V., prof., doktor te1cqn.awik: BULGAKOV,
V.S., kand.takim.nauk; VASIL'YKV, A.P., kand.tekhn.nank; YzV;SN'Y&V,
I.Ye.6 Icand.takhn.nauk; KULD, N.P., kand.telchn.nituk; SMOV, A.A..
~mnd.tekJin.rwuk; FWAWMI, I.M.. k_sind.takhn.nauk; BEWBROV, I.K.,
inzh.-, KATKOV. N.4.. iazh.; KITNIK, G.S.. inzh.; SnYAR, B.L.. inzh.;
b-HIWV, Ye.V., Inzh.; MASE110, I.D., inzh.; IIIZM41CT_-WKO, I.P., inzh.;
FILIPPOVA, G.P.. inzh.; ~IZXIUNUK, B.N., kjind.tekhn.nsuk; METNFM'D.
N.M., knnd.tekhn.r,aiik; _BALAT knlid.takim.nmik; BARBARASH.
I.F., kjind.toklui.nauk, MITi;ARTS, L.B., kjjnd.tekhn.nauk-, SHIFRDI, M.A..
k,ind.tekhn.nauk; PETROVA, V.V., rod.izd-va; TENKINA, Ye.L., te',Kn.reri.
(Temporary instniction on tlie technology of nnking prestressed re-
inforced roncrote construction elemental Vremenn-gia instniktaiifi po
tekhnolop,ii izF,,otovleniin predvaritellno rwpriazherinykh zhelezobe-
tonykvkh konstruktaii. Moskva, Gos.izd-vo lit-ry T)o stroit., grkhit.
stroit.materialam. 1959. 255 P. (14UU 12:12)
(Continued on next cnrd)
BMW 'CEVS"'. G.1----(continiied) Card 2.
1* Akademiya otroitell
i zhOlezobat"n", Perov 8tva i arIrhjtOkt1jr7 SSSR. Inrt,' ttit beto%;j
o.
betona J zhelezobetona Akn 2' NallchnO-iseledovrj~el
demil stroitells~,vq '91r17 instllt,,t
(for L;vozdev, i firkhitekt y SS
V""Ikh['YIOV, Berdichovskiy. Bill, ur a
Dmitriyev, YBv,,;ent - nkov. VRqjjj
Y'e v ."ik~hayl". M11"n- 3vst0v, Fronkell,
Belobrov. *itkov, Mitnik, Sklyr. Shil-v). 3.
8'C'y "Stitut or;,,A,,jzqtj3jj, t.'4!"'c~Lno-iF-8Iedov4teI'_
stroitell,tva i arkhitektury SSSR (for ~IIDOuo S'Ichi AvF368,1ji
"PPOva. Mizern.,,nik, Sho7nfelld). 4. genko. Nizh-niche,k., yj_
tut GlBvIOoeDroVtr,yVteriajov (for Nauchylu-issledov~jtel skiy ingti-
issledovate' Bnlat'yev, Barbnrnsh
1 Skiy in-~ t i tut Po stroitell ;. 5. Nwic.,ino-
Mitgartso Shifrin). 6 -9tvu Minstrovii TiS-I"SR ( for
rkhitek D,,Otvite, 'nyye chlOnY Almde-Plii str,,itel I stva
.tury SSSIj (for Gvozdev. V-V-Mikha.yICv).
(Pre8tresaed concrete)

KIZERWfUK, G.K., kandidat tekhnicheskikh nauk.
Investigation of the indicator mechanisms of the laAr-204 high-
speed engine. [Trudy] MVTU no.25:83-96 '54. ("-RA 7:10)
(Indicators for gas and oil eagines)

J,

Z'

jL

4
J
y

C'RLINq A.S., prof.; VYMBOV, D.N.; ALEKSEYEV, V.P.; KALISH, G.G.;
KC,STYGOV, N.I.; ";G1'CV, M.G.; Kia:TCV, V.I.; vIZEjpjjnrK
PCGANC,V, S.G.; STEPAN(V, I G.N.;
YU.A Prof., retsenzent; YFr,(AINA,
red. izd-vn; SC.K(LOVA,
T.F., tekhn. red.
(Internal combustion anginea)Dvignteli vnutrennego sporaniia.
Pod red.A.S.Orlina. Moskvaq Mashgiz. Vol-3. [Systems, regula-
tion, automatic controllSistemy. Aeguiirovnnie. Avtomatizatsiia.
1962. 307 p. (MIRA 16:1)
(Gas and oil engines) (Automatic control)

i.- -AS W- ~-- - -~M~
_,i IngWfl ,
~;P Mjamgm~- lffiii-WL.W
HIUAWYUK, 1.
I-,
Decayed wooden walls of granaries replaced by stone. Kuk-elev.
prom. 22 no.1;28-29 Ja '56. (9LRA 9:5)
1. Polonskaya, realizatsionnaya baza Zagatzerno.
(Granaries)

MeMMOL,_1
9. Monthly List of Russian Accessions, Library of Congress, 'tQW Unclassified.

USSR/Soil Science. PInysical and Chemical Properties of Soils.
Abe Jour: Ref Zhur-Biol., No 6, 1958, 24690.
,*.uthz)r : Mizerov, .',.V.; Gr,.ntner, V.V.
Inst
T'I tle On the Chemical Cor3position of Soils of the Sout'liern
Littoral i'.ccordin-- to Spectral-,%nalysis Data.
Ori G Pub: Vopr. sel'sk, I lean. kh-va Dal'n. Vostoka, vyp. 1,
1956, 29-33.
:,batract: Sod-.podzol soils do not contain '~s and Zr, but do
contain a ,,reater quantity of V, Cu, Cr, Ni and -~
SOLIGwhat lesser quantity of Ti in conparison with
ociuntain-forest brown coils. Sod-podzol and sad-
~,-ley soils, which conprise the imin type of tillable
land suit-,.ble for tillaj~e in the re~;ion describcd,
are noted for an insufficiency of Cu, Zn, Co, and
Card - 1/2
MIZAROV. A.Y.
D.I.Mendeleev and agriculture. Soob.PrIm.otd.VKH0 no.3:
27-40 157. 041RA 13:6)
1. Dallnevostochnyy filial im. Y.L.Komarova Akademii nauk
S55R.
(Mendeleev. DmAtril Ivanovich. le'34-1907)
(Agriculture)

MIZEROV, A.Y.
Shortcomine,s of a liseful ~znual ('Zn,~yclopedic agri-cultural _1,.,tI-.nary
and reference mantialn. Reviewed by A.V. Mizerov. Zemledelie 7 ar).11:
95 N '59 (XIIIA 13:3)
(Agriculture--Dictionaries)

MIZEROV, A.V.
Steppes in the Maritime T 3rritory. Trudy Sak~. *-mpl. nauch.- ssi.
inst. AN SSSR no. 9:35-5) 160. (MIRA 14-4)
(IAAritime Territory--Steppes)

PERMIN01 , A.Ye.; ROVANOV, A.A.; MIZEROV, A.V. ; TSYRA, M.M.;
ZHELUDKOV, A.S.; NMEASGV, V.V.; PRASOLOV, M.I.;
BARTENEV, S.N.; BELTAYEVA, T.P.; ZHERDEV, P.A.;
KOYV'UNFN. T.Y..SHORODOV, F.V.,.redaktor; POD-F1FL'SW4v
K.M., tekbn. red, A ..
[Manual for a Karelian field crop grower] Spravochnik
karellskogo ymolevoda. Petrazavodsk, Karellskoe knizhnoe
izd-vo, 1962. 435 p. (MIRA 17:3)
MIZEROV A.V.
Some nonuniformitiea of the soil cover in Karelia. Trudy lar.
fil.AN SSSR no.30124-140 062. (MIRA 161l)
(Karelia"Forest soils)

M17EROV, A.V. [deceasedl
Classification of cbIt"vated soi'~s as exe=-'-~f-ed *'.,: .7lare'a.
Pochvovedenie no.3:3P-46 ~tr 165.
I
~ L L
IMIRA , P: 6.
1. Inatitut biolcgii Petrozavodskogo gosudarstvennogo

RIZEHOV, A.V,, kanc. sellkhoz. nauk, otv. red.[deceared)
4,
[Fe:-tility of Boils 14n .~,-Ocnv
vioskva, Naukj , 19h~ . 1 & i . Lp: 5)
~ . A-kademi.ya nau;,. Karl, ~ I -k ~ -.- f` "'i ..

~UV
Srim Principal Moments in 1.ht: Cen,,)'.'.(-,~.c 11is-)r-j the Tr)mrk
(Priob'ye)
Trudy Tomskogo -zi-ta,
The author clarif ies !,he :iaiii 7,,oments i ii the nrL,-,aL i
and 'ua.ernai-j deposl',.s. tA.(!
~;ol-i~heast.ern borders of he ',:-st :;111j(:r-!an -,.owlai,d. 1:: t~~(- Te--~~ary
'~w) princl~pal s'-ages r-f !,-~dimentary are
Oligocene and Miocene-Pllocene. In t.-ie
geographical -onditiono and :--e ~,harec'er -)f 'Lhe
changed. (:?ZhGe-cL, No
-;(, : T' -, . -:'~ Ta..

MIZY.ROV. B.V.
,
Principal features of the relief between the Ob' and YenIse7 to the
northeast of the Tasylugan River. Trudy Gor.-Ceol. inst. Zap.-Sib.
fil. AN SSSR no.15:109-116 156. (MIRA 11:1)
(ObI Valley--Geology. Structural)
(Yenisey Valley--Geology. Structural)

I . - I
. . - -- 1 11 11
NIZIROV, B.V.
Cross-section of quaternary
left bank trIbutaxy of the Taz.
fil. AN SOR no.15:145-154 156.
(Sobollya Valle y--Geology,
along the Sobollya River, a
Gor.-gqol. imat. Zap.-Sib.
(MIRA 11:1)
Stratigraphic-Q~iaternary)
deposits
Trud7

,f , / -_ j- , j ,- , , _/,
KIZEROV, B.V.
Materials on the litholog7 and stratigraphy of Tertiary deposits
In the region of the village of Rezhenka. near the city of Towk.
Trudy Thr.-geol. inst. Zap.-Sib. fil. AN SSSR no.l~:165_174 156.
(Tomsk Province--Geology. St rat igraphic--Tertiary) (KIRA 11:1)

KIZIROVO., BWr;.;-
_4~_
Repeated glaciation of the northsastern part of the West Siberian
Plain. Ttmdy Gor.-geol. inst. Zap.-Sib. fil. AN SSSR no.15:175-
lHq 156. (MIRA 11:1)
(Siberia, Wsstern--Geology, Stratigraphic) (Glaciers)

SUKHCRUKOVA , S. S. ; M:;"--'T)(
r!r, o r
f the '14 8~ova an" ag! na ra,i. -9
Trudy in't, gp~! t gf-ofiz. Sib, otd. AIN

V f ~l . V "M , VA , It
Basic r,.r.h 7-a r' a tic!! -,f
of the (lb Vfa~ -py r, ~,E
3, i b 0 t 0 N -';S S R 4,4

(A. : 'k , 1, ~ ~ V , ,, . V .
I ~ 7 - . . . .
-7.-r a T~ ~ h~:- 'i - '. ". .1 . .. - . : - * - . - .
:Lh In, -rAv t-- . - . ~.- : . -1 , ~ . I
I
. - ". , , 11 . . I

m - -- '. , . I , ,
Y - - . * . ,
- , - , - . g7lA p ti" , '. -'-' .
.. . J . . .Vm. ' 1 1: - 1, , . I k - I

HCRES, Ant., MUDr; HIZEIROVA, A.. ',IUDr
Aft .. PMM
Indications and administration of antibiotics In pedlatricR. Cook.
pedlat. 10 no.1:3-10 Feb 55.
1. Z detake klin. V Glomouct.
(ANTrBIOTIOS. ther. use
in pediatrics, indic. & admin.)
(PIDIATRICS
ther. use of antibiotics. India. A6 admin.)

MIZEROVA, A.. KJI)r
-~Wsfflm 7-77b~'Cncbitla, Cmak.pediat. 10 no.4:277-2Rl Km7 55.
1. Z detaks kliniky PU v Olomourl (MOr Ant. Korea).
(BRONCHITIS, in infant and child,
chronic, pathol.)

MUIROVA, A., KYDr.; FARGASOVA. I., MUDr.
warmldw~~
Ifemolytic disease of newborn with Rh incompatibility. II. Clinical
aspects. Ceek. Pediat 12 no.7:564-568 5 July 57.
1. DetBka klinika FU v Olomouci, prednosta doc. MUDr. ant. Mores.
(XRYTHROBIASTOGIS, FEW
clin. manifest. (Gz))

MIZIROVA. A. (Olomouc, detska klinilca)
Unsnecessful use of autonomic drugs in children. Cesk. nediat. .3 ao.2:
121-123 Mar 58.
1. Detska klinika PU v Olomouci, prednosta doe. KUDr knt. Mores.
(AUTONOMIC DRUOS, ther. use
in child., failure (Gz))

m
m
vu:~Aovl , ~-. 1-~.
Contro' of Pests hnd Diseases ir, Orchzird.9 , Obl~,st Jt~lte r-u~' is:; -- i-ollse, 've rd-
I OVS~- , !C'-" , V~ T)T . 4-23 W,(!~
Sira-51-90-51, 15 Dec. 19,11

~GZX%)VA. A- M- . Ont"molog la in thP Urals. ZaRbch.rast-lt vrod. i
Soft Rcale Pul vinaria betu 58. ( K-, R-A 11: 12 )
bol. 3 no.6:41-1~? N-D ' erinn--ScRle insOcts)
(Ural 14n-dntain r

, 11. ;
I . ?-fl7fROV~,, T. r. - MATVT-YA, F. A. - K4,',Vql'-,V
2. TT5SR (600)
4. r~alayskiy Deposits - Kaolin
7. Report on the prospecting work at the Kravallskiy section of the Balalskly
ka,Ain deposits in 1940. abased on materials of S. N. Valuk;iov). Abstract)
Izv.fj'lav.upr.geul.fon. no.2, 1947
9. Monthly List of Russian Accessions, Library or Congress, March l')53, Unclassified.

MIZEROVSKAYA, A.
In the Far North. Okhr.truda i sots.strakh. 5 no.llsl4-15 M 162.
(KrRA 15:12)
1. Glavnyy vrach sanatorlya "Murmatstl", pos.Kn-mashl, Murmanskoy
oblasti.
(Kola Peninsula-Health resortso Watering places, etc.)

L 06342-67 EWP ( J ) /E7-rr (m) T,'P(c) RM
ACC NRa AP6030323 SOURCE CODES UR/0153/66/009/003/0476/04?9
AUTHOR8 E~rlcov, A. H.; Kostereva, A. N.; YAizerovskiy L. N.
- , 7~-
ORGS Department of Chemical Fibers and Plastics, Ivanovo Chemical Engineering Insti-
tute (Kafedra khimicheskikh volokon I plastmass, ovskiy khimiko-takhnologichaskly
itut)
TITLEt Study of the thermal stability of colored polycaprolactame
SOURCEt IVUZ. Khimiya I khimichoskaya tokhnologiya, v. 9, no. 3, 1966, 476-479
7'V?IC TAGS: polycaprolactam, polyamide, dye chemIcal, polymer degradation, thermal
degradation, polymer hoat resistance I '7-H C-R a) 0-9 L5 rV 81 G I T(f
A,-ZTFLICT: 7he paper deals with the therrial-oxidative dogradation at 1601C of coloAd
polycaprolact.uis outained by polymorizin, caprolactain In the prosence of tho (!~rosj~rl-
&;iinoanthraquinone, 1,5-diaminoanthraquilono and 3-2rino-6,7-phthalovlcart)azol;- --In-
troduced in the amount of 1% of tho weig'it of tie caprolactam. A K~r~n'rosin "t,bi-
lized with acetic acid and a colorliss r-~sin without stabilizer were also subjected
to the heat troatmont. Tho 3tabilized And unstabilized colorlos5 arKI colured poly-
caprolactams showed different reslstanco3 to hit-h tcmporature and atmosphoric oxygon.
71,e highost thermal stability was exhibited by colored polycaprolactams In whIrh tho
dye enters Into the polyfu,"de chain. Polyami-das dyed In the bulk showod a higher
thermal stability than colorless Kapron, but they were less stable than colored poly-
Card 1/2 uDc.- 678.675.w3019-32

L 063h2-67
ACC NRs AP6030323
caprolactams. As Indicated by spectrophotometric curves, thermal treatment of colored
polycaprolactams for 6 hr at MOIC does not cause the dye to separate chemicall'y from
the polycaprolactam chain. Orig. art. hast I figure and 2 tables.
SUB CODEs II/ SUEM DATE: 28Sep64/ ORIG REF9 008
IX, _cqd 2/2 W~ -

NUAROVSKIT, V-V.
Imracillin in the prevention of postoperative suppuration. Sov.
nod. ?I no.1:110-112 Ja '57. (K1JRA 19: 6)
1. 1z khirargicheekogo otdleleniya Ilanskoy rayonnoy bollnitay
Kreenoyarskogo irraya.
(SURMT, OFZRATIVI, compl.
postop. suppuration, prey. by oroceine-nitrofmrazone
infiltration anesth.)
(ANISTHISIA. LOCAL
In-filtration. procain-nitrofurazonA. for prey. of
postop. suppuration)
(PROGAINS. ther. use
prey. of postop. suppuration by p roes ine-nitrof urax one
infiltration anesth.)
(FURA-V IMRIVATIVIS. ther. use
procaine-nitroflarazone infiltration anesth. for prev.
of postop. suppuration)
KIZJMOVSKIT, V-V-
Parpura abdowimlle complicated by intestinal invagination. Sovemed.
21 no.4:125 Ap '57. (MIRA 10:7)
1. Glavnyy vrach Ilanskoy rayonnoy bol'nitay Krasnoyarskogo irrays.
(IMSTIMS-INTUSSUSCIPTION) MRPURA (PATHOIA)Gy))

MIZERUVSKY, J.
3mall atlas of locomotives; the 476. 1 locomotive. P. )36.
ZHU,INIJAR. (Ministerstvo dopravy) Praha, Czechoslovakia. Vol. 2, no. b, 1~59
Monthly list of F-ist European Accession (&A1), LC Vol. 9, no. 2. Feb. 11)6u
Uncl.
ecn 11 rr,. lot 112 16 -~
1 1.

MIZIRS.K'4 Amount
Zffect of sleep therapy on the circulatory system. Ann.Univ.
Lublin; sec. D 7 ao.11-21:279-286 1952.
1. Z I 91iniki Chorob Wevnetrinych Akadesil Kedyeznej v Lublinto.
Kierownik: prof. Ir mod. Aleksander 0-oldschnied.
(SLUP, effects,
on cardlovaac. system)
((;ARDIOVASCULAR
STSTIM, physiology.
off. of sleep ther.)

PIlZERUKHA.L S. , inzh.
For a greater output of toys. Mest.pro,-.i khud-PrOMYB. 3
no.4:33 AP 'u2. 041RA 15:5)
1. Proyektno-konstruktorskoye byuro GosplanR USSR, g. Klyev.
(Toy Industry)

G OLOU, V. N, I Mll - " ' ~ . : .
Ne 4 ive ign -)1' thp I owe ring pRr 1, or ,n vrn-. ;, . v I tv/ " .
,M,kSrj',nOStr-f~ ',?,3 ' I j
_ no. 1 :6.-'7 1.1,y '6c,. P., I: 1 11 - I

mmmxArA
a AC 5 0 He Wil -Omrned Is iii WE a 0
-- "WAn r
I-Awon 91.70-~
5 ftm. Itist. Ms..
No. 10, 183-05(in Russian. IN, in rn-
glisb, WO-7)(1938) - Detarred and refined lignite wax
which had beets cxtd, frout',vLars '.h brawn coal was
subjected to the following s' orAp Intents in order to
isolate the fixtty acids: (1) sapon., (2) conversion of the
Jnt217a--sa-Trs- ifiable soins.
173) sepit. of the unsapor
~- 411111. (4 selpti. of Me free acids, (6) prefin. of Aft estm
(r -e-% -
of these act is, to)) actional dism. of these Arle TFF77T
%apon. of the-sep. ester fractions, (8) setin. of the free fatty
acids for detg. their compti. B. Z. Kamich

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Physicochemmal analysis of systems which
are 'in
"In, In analyllwal chentistry V11 Determination of
Cd
. KSOs PbSO, i % r.,,.jrt4rV Ali,) I I)
k.&Y.1 4-jr-J'Adya L.b~ 1~",i . d -r-T-40-
Add th~ t,,Ad j.U I.,
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the vW. to 25 ad. AIW " bn.* umading. t-1-tic-pit -00
the mcklin., anif cmic viiii of a calibration auve mA4e I- so*
knimn anIng. The W-wavv potential tat Ph in citrate
win. is 0.63 V. reutive to dw normal 14&" tIMILMIC.
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UMR/ChanistrY - Quaternary System Nov/Dec 51
Lithium Compounds
*Pbysicochemical Analysis of Systems Which Are
Important in Analytical Chemistry. XXI. In-
vestigation of Solubility 1250) in Quaternary
System PbS0),-Li2S04-NaN0-A(Kg(101)2, Al(N03)0
-R2O," 1. V.'Tananayev, I. B. Miletskaya, Init
of Gen and Inorg Chem imeni N. a. Kurnakov,
Aca,d Sci USSR
aMur Analit XhimO Vol VI, so 6, PP 337-343
Investigated soly of PbSO4 in quaternary sys-
t6MG PbSO4-Li2SO4 -MeN03 -H20 (Me = Na, 1/2 Mg,
LC
197r28
USSR/Chemistry - Quaternary Systems Nov/Dec 51
(Contd)
Soly of Pbs04 in these quaternary systom
und r conditions eliminating chem reaction was
SUM of opposing effects: capacity of nitrates
to dissolve greater amts of PbSO4 and of L12so4to
BLU Out PbS04. Soly product in system increased
10,000 times. Pptn behavior, ill-defined by any
formula of Debye and Hueckel, is fully explained
by triaxial soly diagram, which can be used suc-
cessfully in practical analytical chemistry.
LC
199T28
00
a,

impeft" In GSdYtww
is i" tna) G""W
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th, 1180 t 23 h~ bmn t.dwd Th,
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0 f ~ar- I-Ampl-
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Aly %UIT14
KIZZTSKATA, I.B.
Determination Of tungsten and molybdenum in phosphate
mixtures. Part 1. Khim.rodk.elem. no.2:115 containin
-123 155. (KLRA 9: 41
l.Institut obshcha7 I. neorganicheako7 khimit imeni N.S.Kuruakova
A.N SSSR.
(Tungsten) (Molybdenum)

33.
"The determination o" tungsten and molybdenum in mixtures containing
phosphates. Communication 1.11 Khimiya iedkikh Klementov, No. 2, p 1-15, 1955.
It was experimentally established that the beat method for determining
tungsten io by an acid hydrolysis and for molybdenum - gravimetric determination
in the form of PbMO04 or reduction with subsequent titration of MoV with
permanganate. Various other analytical methods are discussed.
"The determination of tungsten In mixtures containing tungsten, molybdenum,
phosphorus, silicon, calcium and other admixtures", Khimiya Redkikh Ejementov,
No. 2, p 124, 1955.
On the basis of the experimental evidence two methods of determining
tungsten are proposed: pyramidon and by difference between the determined sum of
PbMO04 MCI, and mol,,fbdemumi.
30:D-413171
C
f 3 , C
C
f C;
t
A
-C-

f 1- 43
If

MR OF
4
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P
t
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33 ji
V 72 1 2 11- -
:A,
413
VITRMOVSIIY, N- I-; M'ZZTSUTA' I.B.
Production of mixed single cr7stals of CdS.CdSe from the vapor
phase and some of their characteristics. Fiz- tvar. tela I no.3:
39?-402 Mr 159. (MIRA 12:5)
l.Inatitut fiziki AN USSR, Kiyev.
(PhoteelectricitY) (Cadium sulfide cr7stale)
(Cadmium selenide crystals)

VITRISHOVSKIY, TI.I.; MIZV73KATA. I.B.
Production of iized single crystals of CdS-CdTe and Sow of
their characteristics. ?iz, tvar. tela I no.6:9f?6-9" Je '59.
(MIRA 12:10)
I.Inatitut fitiki AN USSR, g.Kiyev.
(Cadmium sulfide crystals) (Cadmium telluride crystals)

S/181 160/002/010/036/051
f'tl4b B019/BO56
02 ~ 1 12Z lk~?
AUTHORS: Vitrikhovskiy, N. 1. and Mizetskaya, I._ B..
1% - ry,
TITLE: The Compounded.ZnS.-CdS Single Crystal and Some of Their
Characteristics
PERIODICAL; Fizika tverdogo tela, 1960, Vol. 2, No. 10, pp. 2579--2584
TEXT: The authors investigated the production possibilities of compound-
ed ZnS.CdS single crystals with different compositions and studied some
of their physical properties. First, the experimental arrangement and
the investigation of the chemical compositions are discussed. The spec-
tral distribution of the photocurrent was determined. Fig. 3 graphically
shDW9 the results obtained for six different compositions. The resisti-
vity of all samples was within the range 10 10 - 10 13 ohm..cm. Fig. 3
graphically shows the dependence of the forbidden band width on the com-
position. The authors finally state that for the purpose of breeding
compounded ZnS.CdS single crystals, the selection of optimum synthesis
conditions. which, on the one hand warrant uniform crystal structure of
Card 112

AUTHORS:
IT LE:
PERIOD1CAL:
S/18 60/005/06 3/ 020
26598 D274XJ303
VVtry'_~hovs'kyy, M.l. and I'lizets'ka, 1.3-
Spectral characteristics of nixed Zno,-GdJ single
crvstals
Ukrayins'kyy fizychrivy ziiurnal, v. 5, no. J, 1960,
415-416
i%.XT: The obtaining of mixed ZnS-(;dS single crystals is described,
as well as their physical characteristics. In literature t;iere are
no methods for the growth of single crystals, OF such a compo.;ition.
.-'nr obtaining the single crystals, the authors used a metii"'. Of
synthesis from the vapor phase. Mixed single crystals 01, ~~i'ferent
component-ratio and average size 15 x 2 x 0.04 mm were
4ter the crystallization process, the crystals were divide,- into
scparate groups and their chemical composition, crystalline struc-
t~lre and spectral characteristics were studied. The crystals can
5e divided, according to their shape, into three groups. ilte chem-
Gard 1/3

26598 S/185/60/005/!jO 3/ 0 L 3/'020
-pectral characteristics ... L)274/1)303
ical composition was determined by poLarographic method. X-ray
investigations of the crystals show(-dI that they have a hex_~~onal
lattice and that they constitute a coritinuous array of soll(I sub-
stantial solutions. The spectral distribution of the )Iiotocurrent
was studied on the crystfis. The s-,ecific dark rc-sist,,nc , was mea-
sured in the range of 10 0 to 1013 O_hm/cm. The ri-,tio :,evween
:)hotocurrent and dark current was, at the spectral-distri!jut ion
maximum, 10 _ 102, and for some specimens 103. A figur( is given
with the photocur-rent as a function of wavelength X for pure
ZnS and CdS (which were obtained by Lhe same method), as well as
for mixed ZnS.CdS single crystals. it is evident from t-h,. Li-,ure
Inat the selective photocurrent-maximum of the mixed crystAs
shifts gradually, with increasing ZnS percentage, into the short-
wave region of the spectrum. For all the investigate(! -.pe('imens,
a sharp maximum of the photocurrent is observed at the i0k,.-wave
edge of eigenabsorption. The sharp drop ot Lhe photocurrent for
;~> XM can be explained by lower absoij),ion coefficient ano ;,b-
sence of impurities; (,% is the wavelength correspondiiiL Lu the
m
Card 2/3

26596
apectral characteristics ...
S/185/60/005/003/013/020
D274/D303
t:iaximum). For X < I,, the drop in photocurrent is much les.-, pro-
nounced. Such a behavior of the photocurrent in the short-wave
region is quite unusual and deserves a detailed study. i'lic width
of the forbidden zone, calculated with respect to the posilt~on of
the. ritwimum, changes monotonically with the composition ot the
crystals. The obtained new single -crystals lead to a gr;)du.il
shifting of the photocurrent-maximum over i wide range of wave-
length, from 3400 - 5100 R. There are I figure and 4 reference-,;:
3 Soviet-bloc and I non-Soviet-bloc. The reterence to the _nglish_
Language publication reads as follows: Henderson, Proc. i~,ov. aoc.,
L73 A9 323, 1959.
Iard 3/3

30~ 18
7 S/564/61 /0031/1000/009,'029
,2 z1, z (~ o o 1/ 3 11'el , ///~/) D207,D304
AUTHORSi Vi tr i kho vsk i y, N. I and M i ze tskay a, I . B,
TITLE: Growing mixed monocrystals of CdS-CdSe and CdS.CdTe
type by crystallization from the vapor phase, and
some of their properties
SOURCE Akademiya nauk SSSR. I ns ti tu t It r i s tal I o graf i i .Ito s t
kristallov, v.. 3, 1961, 345-350
1EXT: The authors deal with the techniques of prepar-ing ternary aemi
-onducting monocrystals CdS-CdSe, CdS.CdTe, and CdSe.CdTe, as Well dL.
"hybrids" with a common anion and different cations, such as ZnS-CdS
The listed crystals make it possible to obtain a gradual shift of photo-
conductivity maximum from 3300 A (pure ZnS) to 8400 ; (CdT-~). The range
from 3300 to 5100 1 is covered by ZnS-CdS, from 5100 to 7200 i by
CdS-CdSe, and from 7200 to 8400 1 by CdS-CdTe . The chemical comjjo~iitions
Card 1/4

S/'564,,6l,'OC3 OCO, 009 029
Gtowing mi xed monoc rys tale D207 D30-1
of prepared CdS-CdSe powder and monocrysttils differed ftoM LhP (omposi-
tions of initial mixtures of C dS an d Se ; th i s w as du t! t o j t i ( u m 1 1
:4u t i t
ut ion of sulphur by selenium in the powder and to di f f-,-nt VftPo,
prv,ssuves tind rittes of thermal dissociation of CdS an I CdS- in 111-lao
( ry s tal s, CdS-CdSe powder and moriocrystals had a b~-iagonnl wurtit-
stmcLure, and monorrystals were substitutional solid solutionm misiillo
1 n any ratio of the components . Measurements of photocondur ti vt resi () ns -
spt~ctrt) of CdS - CdSe monocr-y-stals with a 3MP (ZMR) monochromnt3r
show,d that with the increase of CdSe the photocurrent maxiapum shift--J
to wd rds longer wavelengths and the pho tocu rrent magni tud- f e I I I- ss
rapidly with wavelength. The pho to cu r ren t-max imum sh i f t w -1.4 d i re c t I V
proportional to the wavelength, while the electron Pnergy gap wits in-
vetsely proportional to the wavelength. The photocurrent maximum was
thi- ~siunc for each batch of CdS-CdSe monocr-ystals Th(- resistivitV if
wonocr.ysttil.4 of varioiss compositions r,Lnged from 10 8 to 10 10 ohm
10
A wi th 10 ohm-cm for polycrystalline films. The photo-
s-n.4itivity of monocrystal-s ranged from 0.000.1 to O~008 amp/lum-n. Volt,
C a r d 2114

Ii 5'~e
S/564/61/003/'000, 009, C29
Growing mixed monocr-ystals- D207j'D,3011
with up to 0.2 amp/lumen. volt in the best samples; this was much higher
than the almost negligible photosensitivity of polycrystalline films. As
regards, the CdS-CdTe system, actual compositions of monocry.4tals wete
not the same its the compositions of initial CdS -f Te W I x Lu res. Mono-
crystals were deposi Led on a quartz screen fit 740 - 830 C in the form of
thin needles, plates, and six-sided pyramids of reddish orange color; the
lurgest monocrystals reached 2.0 x 0.6 x 0.02 cm in size- Cd.S-CdTp
monoc-ystals had hexagonal wurtzite structure with a ~ 4,13 and -, - M9 A
Tht, matimum amoun. of Te vhich could be introduced inw the CdS 1-ittic,
was about 2%, With an increase of CdTe in CdS-CdTe monocrysLals, th~
photocurrent maximum shifted towards longer wavelengths. The integral
photosensitivity of CdS-CdTp monocrystals was of the same ordf-r tis thtit
of ["to C (is The resistivity of CdS-CdTe varied from
107 to 10 10 ohm-am. The photocurrent maxima of ZnS-C(1'3 morj(,( rvital .4
o( (uried wi thin the intervid 5100 - .3,100 ;; the 0111ximum .;hi f t,d Lowoirfi~
mhurtt-r wavelengths wi th increlLse Of ZnS content. The resiitivily (if
th-;~se monocrystals wus of the order of 10 I'l ohm-(m, which is similar to
Card 3/4

30~ 38
S/M+/61
Growing mixed moriocr-y-gtals. D207 D004
thp valul. for pure Z us Monor rys till 8 "As regardn the, ~,, ris r d T
thp mithors woto able to preparf, crymtfils in vhi(h th- photo(iirr-rit MaIri
mum viLugod from 7200 i (pire CdSe) to 8,100 1 (purt, Cdre'),, Thi~i rang"t A
vii-lengths may be used to produce photor-siAtors. Furthr work on th-e
'ry.itaIg i~t procc-eding. ALkni)Vl~-dgmpnts aro made U, VE L!tshlitirc-l"
Member of AS UkrSSR, for his advice and to L~ 1. Dotsenho -Abstrart#-r'4
no 0: livfc-i-red. to elsewhere in toxt ap. Datsenko- far X - r(17 s tru ( tu , t-
deter-min'ttions There are 5 figures, 2 tnbl--4 and 2 So,igt hIO( t,fLr-
e
Card -14

~ 12
IL3
S/I t3 61 0031CO-,
B1 25YB202
-IT 4,7A4,6 3/ /A,0 &0)
AUTHORS: Vitrikhovskiy, 11. 1. and Mizutaka~a, 1. b.
TITLE: Effect of growing condi tior,s on sc'me I hysical
the mixed single crystals CdS-CdSe
PERIODICAL: Fizika tverdogo tela, v. 5, no. 5, 1961, 1"81-15b6
TEXT: The authors attempted to produce arge CdS -CdSe a i,,,gl e :: r,
to compare some of their properties with those of thin single cr,-.9ta.c. f
approximately the same composition. Thesingle crystals (CdS-CiSe~' Ae"'.
grown by the sublimation method described earlier (N. 1. VitrikhGvski,-,
I. B. Mizetakaya. FTT, 1. 397, 1959). With different growing conditicn-,
(temperature, pressure of saturated vapor, rate of flow of the rare 6a5, and
other factors) crystals of different shapes were cbtained: plates, prijis,
twins, and needles. At present large crystals of binary compcundd re
by crystallization from a solution as well as by sublimation. Tho
product which was obtained by a previGus mixing cf the original _-Cmp.-)r.-nt8
CdS and CdSe and by a two-hour heating of the mixture at 90CoC r. arL,1-.,i
atmosphere was suhlimated. From the pi.otographs of the ground se-t4on:3,
Card 1 / 5

2 129
1
S/18 17 ~1 /00 'C
Effect of growing conditions ...
ma.y be seen that the cross Section of thf- sir,81e _rystals li-r.a6e. is
growing temperature increases. The length of 0.,~ single -,rystals
proportional to the duration of crystallization. At -12300C the
have the shape of intergrown blocks. Ac. riin6 t. tLeir cryatal'4~a''.,v
temperature all CdS-CdSe single crystals grown t~ the authors ma, -_ i.'
into three main types: I): thin crysta.' a are fcrmed betifeen 76C -i;, 1
medium dimensions 5-15-0.02 mm31 11,; large crystals ae f~,rmei LL
medium dimensions 6-12-6 mm31 III); large single rrystals, brel
medium dimensions 3*10-4 mm3. The majority of the ~,ptically
cr.istals was observed among tne- crystals of types I and III.
types belong to the huxagonal Wurt2ite type. Fhotoconductivity: t
diEltribution of photoconductivity was measured in single crystals
three types. The compositions of the initial mixtures and of their
corresponding single crystals are Kiven in a Tabic.
Card 2/1
Effect of growing conditions
S/ 18 1 3/005
B125IB202
Thick and thin specimens differ with respect ot the Spectral behavi,,,
the photOCUrrent in the region A/p, of the strong absorption of li- -
also with respect to the position ill ght irj
of maximum photocurrent on the
the wavelergths. In large single crystals El
more distinct ti,an in the maximum photocurrent is
thin Specimens. The relaxation time of the
current was determined from the duration T10% of the initial 10%
of the photOCUrrent after the darking of the specimen.
10-2 to 5-10-3 In type I , 10~
Temperature sea after illumination with approximately 1013 all ta/rM 2.
It was considerably higher than in the types 11 and III (< 10_~ sec).
and duration of breeding obviously have a strong inf
the deviations from the stoichiometric luenc(- rn
processes in the single crystals, and composition, the recombination
results: single or their surfaces. Discussion of tne
ystals are grown from the vapor phase.
of type I may form at the beginning of Single crystal.
intervals. One part of these crystals the process within very short time
end of the process, the other is is evaporated already before the
period. A third part subject to heat treatment during the we,,,,~
does not withs tend a of the crystals grown toward the end of the pr'ocess
Card 3/5 long-lasting heat treatment. For this reason also

-z'ffect of growing conditions B125/'B202
AijOCIATIONs Institut oluprovodnikov MI U33R Kiyev 'Instlt,,~te of
p
conductors of the Academy of Sciences UkrSJR, KVev,
SUBMITTEDt De a e i~-e r" 1960---
-TCOOTAR 11616AMMIK GM4604'01' US - Use

44-9 COGISD 9AA08
."rf 4 Age C.69. 0 PaGIGAA40

Vs.:
CdS
I We CdS
I cdSO
cjs7 U36 cd US*
100 -
100
-
100
- 100
75 25 78 22 16 24 11 21
50 so 67 33 S7 43 53 47
25 75 54 46 32 68 26 74
100 - 100 - 100 - 100
Legend,to the Tablet I Ccmposition of the-initial mixture and the cry s-
tals of the mixed, type CcIS-CdSe; (2) composition of the initial T.Ixtures,
(3) composition ot the crystals of type -1, ~*j (4) composition of the crys-
taLs of I,ype 11, (5) composition of the crystals of type 7:1,
Card 5/5

(o9

'i U, C

i,
Z3 ',.I
vc
'

11 (2 U i:, i X I' U
L Z; 'u L'

j 0 ic 11 X

'JQ
li I'u
0 L; e e r JL t 12

Anomalous Azbel-Kancr resonance effect in lead telluride.
A. Kobayasi (20 minutes),
~.~er-ico-analytlcal methods of determination of micro-impurities in
doped monocrystals of the type AIIBVI. 1. 8. Mizetskaya, L. M. Kalashnic,
0. P. Kulik, I. G. Chernyy.
Doping of cubic monocrystals of US in the process of their growth and
some physical charaItteristics of the resulting samples.
I. Vitrikhovskly, I.
Report presented at the 3rd National Conference on Semiconductor Compounds,
Kisld,nev, 16-21 Sept 1963

6
IkWP(j SWP b) rJP(a)/AS(mp)-2/ASD(a)-5/AYdL/
Y-"U
iihb
tiLted: by~ -7

JCOIEC(
ow
eA
ISM. ICM
4w1-40,

KOIDBAVOV, S.K., kand. tekhn. nauk; K%kSNITSKIY, M.S., kand. tekhr. nauk;
.MIZETSKIY, B.G., inzh.; UGINCHUS, A.A., doktor tekhri. nanko red.;
sutd6NA, E., red.; NARINSKAYA, A., tekhn. red.
[Hydraulics of structures and pipes] Sidravlika sooruzhenii i truboprovo-
dov; abornik s*atei. Pod red. A.A.Uginchusa. Kiev, Gos. izd-vo lit-
po stroit. i arkhit. USSR, 1961. 122 p. (KIRA 14:67
1. Akademiya stroitel'stva i arkhitektury USSR. Inatitut vodoenabzhe-
n1ya, kanalizataii, gidrotekhnicheakikh sooruzheniy i Inzhenernoy
gidrogeologii. (H7draulics)

~ ~~, ; r~ -, ~ . 1 .. f.. t- --, - , *~ ~
~. 1- 1 - -, : 7

nokL~,tne%
R 430 QUO V
a of' hKhIS ide 3i of variGus Wes. tested in airs (Arable
eaus adi 10,
ine.(E maa num-erald).-.' 1~ IBMW steel prepared by
aqu
I ilo'W bi
(98mel v~o a single, V~Ctit~n: sr~dlftng -and conUdnidg less
as' fa
ritle's til in, Z/ -1 a, it ShRKISS swel, prepared 1, 1 but can-
ties- 3X1- Shnl5Sh steel pre reciby a single electro-
netallic p 9-
pa
~t - SMIS steel. Orepued in the twutO W,%,y;.rp, V ShnlWh steel.
3 vacuummeltinir form aM.6404dally:pure fuinace charge.

AC~ NIG-09024M SOUWZ COD92 UR/0133/65/000/002/0151/0153
AUTHOR: lusliteldy, A. B.; Mabel Tus I.; Kar nko G. V.; Serebr&Tki
"V. L.; Borisorv~ _y,
ORG: none
TITLE: Influence of nonmetallic inclusions and metal density an the ow strenO
of 43 tvatatAl Mg Jan. vacuum remelted ShKhl5 steel
SOURC filk 2 196 ' 3~5 - ~X
5v 151 153
TOPIC TAGS: nonmetallic inclusion, bearing steel, steelg eleetroslag melting$
vacuum melting, density, steel microstructure, fatigue strength, annea3ing/87hKhl5
bearing steel
ABSTRACT: Very stvict requirements have been set forth as to the purity of ShKK15
allbearing ateelltor manufacturing precision instrument bearings. These requiremen
can only be fied by special technology, e. g., by means of vacuum-are and
electroslag remelting (VAR and ESR). The degree of purity as to nonmetallic inclusi
is not the same for different methods of remelting. The metal also differs in denal:
The authors of this paper investigated the relationship of both nonmetallic inclusia
and density to fatigue strength of ShKhl5 steel which was processed by six different
methods: I and II49SR+VAR (steel M015P and ShKhl5S); III-ESR (steel ShKhl5sh);
W--conventional joelting in an open are furnace (ShKhl5); V--double VAR of a steel
smelted from pure charge materialej and VI--double VAR of ordinary billets. As to
cmd

1134 il-MO
T- ? -.F I
!AC~ Njtj M
chemical composition, the steel of all the melting methods conformed to GOST 8014001'
Nonmetallic inclusions content was measured according to the scale of kkjM--2,3"Q# f
Density was measured by hydrostatic weighing of 20 samples from each of three meltY
(after quenching and low tempering). The samples were fatigue tested by the rotating.
beam method using an,MJ machine at 50 cps. Samples for fatigue testing were turned
from 18-20 myA annealed rods which were then heated to 840-850 0. oil quenched# and
tempered at 150*0 for 2 hours. The method used for evaluating contamination of the
steels did not make it possible to establish a definite relationship between the
content of individual forms of nonmetallic inclusions melted by the different methods
and their fatigue limit,, but,, in general,, the fatigue*strength was lower for those
steels which had a higher inclusion contents Of all the methods used it was found
that electroslag zemelting yields a denser microstructure equently, a higher
fatigue strength. Therefore,, density of ballbearing BteallrX04CM considered as
one of the nost important factors of its quALlity and be _rIjEM7 controlled in the
oduction of highly reliable bearings. Orig* art* has: -3 figures and 1 tables
RS)
M
SUB CODE: 119 13a 20 / SUBK DAM none / ORIG MW S 010 / OTH MW: 006

-Iij.toid
of 10
8 TC5WuW - -
Detennin"'On of Salicyi1c; acid in th redOnce
NHICI phaurnaceut=idr ratlonq*
,a.r e
I
Chem. 17grul
ted Wkb 0.
w4p a 9,
ks he~td its 30 mi. 1110 and titra
N&OH In th senc:e of phenolpilthalein. UPOU 000
e Pvc 20% KI soln., the saiu* '
and the addn. Of 10 ml - 0 1 ti I I C, with methyl fed SJ
Chemical Abst. AA10 and tit-ted -It'l R.011 I- -qul- t. 0.1381
Indicator. R=h ml. N N Hcj is equiv. to 0-126
Vol. 48 No. 9 id, and 1 ml. 0 1302
salicylic C i r
1I,NH.j1- The standard -TTO' I' Gkbout 0-3%
MaY 10o 1954 L. I - hot-lows
khsMaCelltiCalsp Cosmetics, and PerfUmes

ICZGALSKI, Romuald 'Warszawa)
:Arge American machinery for earthw,)rking. Przeg!
budowl i bud mieszk 36 no. 4.-199--201 Ap 'tj4.

Minas 1, w.
Determination of concentrations Of drW Containing trivalent nitrogen.
Acts, Polonlas nharm. 9 no. 4:279-280 1952. (CLKL 24:1)
1. Of the Institute of Pharmaceutical Chemistry (Read--Prof. Fr. Ads-snis,
N.D.) of Poznan Medical Academy.

14-fl W,
BILISVICZ-STARK13MCZ. J.: KIZGALSKL, W.- GORYYP D.
Certain phArn&cologica.1 properties of diathyl-p-nitrophanylphosphorte
aster. Acta physial. polon. 5 no.4:650-651 1954.
(PHOSPHATE.
diethyl p-nitraphanyl phosphate. pharmacol.)

BILLNIN-STAIMI&VICZ. Jaroslaw; MIZGALSKI, Witold; GORNY. Dionizy
Certain pharmacological properties of llethyl-p-nltr,)p~7enyl-
phosphoric eater. Ann. Univ. Lublin; see. D 9:249-290 1954.
1. Z Zadladu Patologil Ogolnej Akadenit Medycznej w Lublinte.
Kisrownik: doe. dr. med. J. Pillovicz-Stankiqwicz. I z Zakladu
Cheynii Farmaceutycznej Akademli Modycznej v Lublinie. Kierownik:
doe. dr. W. Mizgalski.
(PHOSPRATES.
diethyl-p-nltrophenylphosphnte. pharmacol.)

KIWALSK dr
Determination of sodium salt of beazoicacid, of par"minobentoic
acid, of salicylic acid and of paraaminosalicylla acid. Farm.
polska 10 no.9:223-225 Sept 54.
1. Z Z&kladu Chemli Farmaceutycrnej Akadenit Modycznej w Poxnaniu.
Kisrowniki prof. dr Fr.Adazanis.
(HINZOATIS.
sodium benzoate, determ.)
(PARA-AKINOMM7,OIC ACID,
sodium salt, determ.)
(PATUAMINOSALICYLIC ACID
sodium salt. deters.)
(SALICYLIC ACID,
sodium salt. determ.)
POLAND CheMical Technology, Chemical Products and Their H-16
Application. Part 3. - Medicaments, Vitamins, An-
tibiotics.
Abs Jour Ref. Zhur. KhimiYa, No 5, 1958, 1220.
Author v1itold Mizgalski, Lech Przyborowski.
Inst Not giten.
Title Detection and Determination of Ephedrine and Its Derivatives.
Orig Pub :Farmacia polska, 1955, 11, No 11, 267 - 269.
Abstract :A volumetric method of ephedrine (1), pseudo-, nor-
and methylephedrine determination was developed. These
substances produce complex compounds with Cu sollAble in Cli--
OH. About 0.2 g of 1 hydrochloride is dissolved in 20 MM
of CH OH, a mixture of 10 mlit of 5%-ual CuSO4 solution And
10 Milt of 20%-ual NaOH is added, all is shaken I to 2 mi-
Card 1/2