SCIENTIFIC ABSTRACT YAKOVLEVA, M.M. - YAKOVLEVA, N.I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961930002-0
• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

26292
S/190/61/003/008/00-1/019
Study of the mechanism of B11O/B220
1~ The polymerization rate is a linear function of the monomer concentraticr4
2 radiolysis of ethyl chloride at 780C yields a product closely related to
-dichlorobutene as to molecular weight (132) and refractive index (n 20.1-4812);
D
3) at -780C the polymerization rate of ioobutylene "in mass"
(46.7-10 -6 mole/1-sec) is lower than in a nolution of ethyl chloride (con-
centration of isobutylene 12.6 mole/l-, 7-1.2-10- 6mole/l-sec)~ The
following mechanism is assumed: The growing carbonium ion ejects a proton
which forms a free radical with the negative molecular ion (counter-ion) of
the monomer. The participation of the negative monomer ion is proved by the
fact that the polymerization is strongly inhibited in the presence of a
monomer wi-~h electron-acceptor properties. The copolymerization of iso-
butylene and styrene as well as of styrene and MIA follows the equation:
+ 1 ) (r, A2+ 2AB + r B 2).W ub]/[Atabr1A2 + )N VB + r 21 where
2 a a 43a 2B
to is the total rate of copolymerization; A and B are the concentrations of
the monomers A and B. respectively; ia a and LA. are the rates of separate
Card 2/4

262
S/190 61/003/008/005/0"9
Study of the mechanism of B11O/B220
polymerizatic:. of A and B, respectively; v a/vb is the ratio of the
formation rates of active centers of A and BI
-A - (k brA+B/kincrA+B + kbrB+A /k incrB+A)/Vbl where kinor - rate of chain
growth; kbr is the rate of chain rupture. The two unknowns X and I can be
determined erperimentally from W , Wbq and from the copolymerization rates
a
at different ratios of the monomers. Data obtained for the copolymers of
isobutylene (A) and styrene (B): 4; 8-10 6; for styrene (A) and
MMA (B) X - 10; -X = 440.10 6. It was observed that the polymerization rate
of styrene increased at -780C with increasing surface of the reaction vessel.
The authors established an effect that is analogous to that of solid ad-
mixtures observed by R. Worrall et al. (J. Appl. Rad. a. Isot-P A, 84, 195%
The monomer molecules adsorbed on the surface of the.reaction vessel have
a higher electron affinity than the molecules in the volume, and are able
to capture secondary electrons. Thus,.the lifetime of the carbonium ions
effecting the polymerization process is prolonged. Moreover, the influence
of the surface is confirmed by a reduction of the molecular weight of the
Card 3/4

S~612990~61/003/008/005/019
Study of the mechanism of B110/B220
polymer at -780C when steel ampullae are used instead of glass ampullae.
S. S. Medvedev is thanked for his interest., There are 2 figures and
7 references: 4 Soviet and 3 non-Sovi'et. The most important referenoes to
English-language publications read as followsi Ref-4: A. Shapiro.
V. Stannett, J. Chim. Phys., ~6, 830, 1959. Ref.6: F. R. Mayo, Ch~ Walling,
Chem. Revs., ~L6, 191, 1950. Ref-7: R. Worrallf S. H. Pinnor, J. Polymer X~
Sci.', JA, 229, 1959,
ASSOCIATION: Fiziko-khimicheskiy institut im~ L. Ya. Karpova (Physico-
chemical Institute imeni L. Ya. Karpov)
SUBMITTED: September 5, 1960
Card 4/4
JA, 32, Z-5MON
SIR= MR118"M
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IN
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YAKOVLEVAt M. M.
Yakovleva, H. M.: "On the problem of quality wines of the Tadzhi!-- SSR",
Buidleten' po plodovOdstvu) ovoshchevodstvu i vinogradarstvuv No. 9, 1948,
p. 47-74v - Bibliogt 17 ftGms-
Sog U-3042, 11 March 53v (Letopis Inykh Statey, No. 10v 1949)-
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YAKOVLEVA, Kariya NI-lovna. SHCHGOLEVA, B.I,, redaktor; KIIOVAIISKIY, J.p.,
ie ichaskiy redaktor
[What to read about the increase of labor productivity; a discussion
of books] Chto chitat' o povyshenii proizvoditelinosti truda; beseda
o knigakh. Moskva, Goe..'biblioteka SSSR im. V.I.Lenina, 1956. 15 P-
(Bibliography-Labor productivity) (MLRA 9:11)

- -18 BEER
a-S
IN
ME
w
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YAKOVLEVA, M.N.; DONMYA, G.K., red.; VASILITEVA, L.P., tekhn.red.
[What to read in political economy; recom nded list of
literature] Chto chitat' po politicheskoi ekonomii; reko-
mandatellnyi ukazatell literatury. Book 2. [Socialism]
sotsializm. 1960. 94 p. (MIRA 13:7)
1.,Moscow. Pablichnaya biblioteka.
(Bibliography--Economics) (Economics--Bibliography)

-YAKOVLEVA, Atriya Jjj_1oj%&; MISHARINA, V. V. , red. ; VASIL I YEVA, L. P.,
tekhn. red.
(The U.S.S.R. will-be-the first industrial power of-the world.
A talk on books] SSSR budet pervoi industriallnoi derzhavoi
mira. Beseda o knigakh. Moskva, 1962. 29 p. (Moscow. Pub-
lichnaia biblioteka. Dvadtsat' vtoroi slezd KPSS - z"ezd
stroitelei kommunizma, no.4) (MIRA 16:5)
(Bibliography~--Ftussia-Economic policy)
(Bibliography-Russia--Industries)

u -VLE-09 M-.N
use a, substitutes
aia:toithsr day cosgul"to ate -N-Vskuy-
fat ah Witter ?'"j ,ftstim,
'YoIllit, 19111, No. 7, 211-1.- S-sur 20 stwei-
ol"I stedwe, i-1.1yo 01111tv
lilimils fit bolill"11104, 01,111WIl
lwld--
lowlival Ja,,qt,,u tally it 11,40 -41 1 1 y [law -N-
cliftdiuca" Is declesm, Will Colin i, lClItIcti 41, J1tK altoult"
movelolmspiandedulatatter; 'hcpPt-fO""td`*i wfaAthatuf
Itstol-6 byvol. Best tairntonitefOund
.. G. M.

X!
of Th~ pro,ble:-, -.~f lc~unm!--
)cks
yr
A
t"I 40i tile probletil of tile Collell. (A C4 bpp~r In sc,mll- i";
I'll"ki by tile _Ii~.110-11 of expti- rq)rod-jctioAi nf ~,mv i,!iir,1
Pr'wehseq Fbidy of the C,;nditinn of O~e uog- itwm 4
Cti'los 'If Cu In natural w-xter, N%etc r,rrieduut ~%th'if,SO,
sollis. of Cu, which were allowed to mtcrt~t tvith risitcrent
natural and synthetic waters. Retilts SIIG%Vcd that tile
n n of Cu is detd. bv a series 0i factors, tile activity of
'r"Itio
I
which is found to be hi proportion to the concu. of Cu in
soln. V. considers the most probable method of accumulu-
tio:, ! Cu ta be its ertran" "Ittit; the %vater it% the form of
colloidal suspcrsi~_:s at busic carbacutes. V. explains the
3 form *.' the conen. of Cu in sedimcnL-U7 deposits
7~
AS the conew. oi.4.*u during, the pracm of dfagcn ' and
epigenesis of the rocks by'tneatti of tr4asoartation-of Cidiarn
the zones- of its Wts to ?=,Cs of less sely - in
agreement ivith the priatilp1tol U Chatelter, Chern-analy
a 3 references. 0. S. M,~n
Poftr la tables.. 42,

7 -( - L-- -',: P'~ j -CV -~
AUTHORt Yakovleva, M. N. 5-6-32/42
TITLE: On the Allite Crust of Erosion in Humid Subtropics of the
Trans-Caucasus (0b allitnoy kore vyvetrivaniya vo vlazhnykh
subtropikakh Zakavkazlya)
PERIODICAL: Byulletent Moskovskogo Obshchestva Ispytateley Prirody,
Otdel deologicheskiy, 1957, # 6, P 145 (USSR)
ABSTRACT: The author diacovered in 1955 an allite erosion crust
with a high content of free alumina (UP to 40%) and tita-
nium (up to 2.6%) in the elevated part of the watershed
between the rivers Natanebi and Choloki and also in the
region of Chakva. The author studied this crust and the
ground waters, and presents his conclusions as to the
process and conditions of the crust's origination.
AVAILABLE: Library of Congress
Card 1/1

YAKOVIZ VA, , M. N.
"The Geochemi4stij of Aluminum, Titanium, Iron, and,Silica Under the Effect
Sulfate Weathering (In Connection with Bauxite Origin)" p. 120
MiMre'loor cmd Origin of B==j--,es, jb5C0-.,, lzd-vo AN GSM (otA. lo,-o-r
nauk) 195Z, Wzv. am eograf
I Zda collection of articles by v,-;.rjoj= QlathOrs on t1r- r-tineralogy and
eeochenizt= of ba=itea r-,M-Xared as a result of 1955 conf. on t1ja oririn of
bawtite Acad. If. M. StaLbov)
-'s

V

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IN f3. x a.

Shoh.betkovski7, Y. 1.
UZZA All-ftion :!~.pomimm on Radioabsmi.try (To--cTUSW ~impostaxi pa
'
PEE=IULI Atomwa vaerclys, 1959, To% 7, Ir 2, pp 175-IT6 (UM)
-
M
% 1
ASM=CT a ax
A mympo.ium w" hald in Lemingrcl from 3 to 5
c-
959. Varv
thm 200 participants from different Institutes In Mason.
Leningrad, Ily"# rorosibir.k, Tbilisi =4 Gorlkly -tt"SoA it.
?.~%yoight papers ~.rs read. Th. follomi:4 =6 m.atLoam4s 1. To.
St~iks On the problem of the aolocul~ *tat@ of &Lcroc-es of
reAloontivo *l-nts in oalutjo=z; 1. T#. St~ik, It. X. Aartlogo-va,

PO).. V. 3 Takovl-
of molations (Zr. Ac
P&,
t
I
ation of
APPLI lam 4 alys a metZD4 far x~. I
o=rs in natural bodies of water, V- T. r--anov% T.. T. t
trmum
Complex farmstLcm of %be =mIzi-a-t ru
r
l
in.tblli4
ih
r.*
by I= oxchae. of the cart= czalate cosplex.s. A. 1. LD.Lizt
cart 1h complex formation of plutonium anA ~- rIcl- kith the ZMES-37T
tbjlw~-diaiaa tetra Acetic &aid CIMTI) =.I oxalic and
phampborlo "U.-A-M-Mmatimax. 1- 1- 'It 1-101-1 1 a.. a. 'hod
for the det~=Lmatiom of lon chargea of raddioactiYe a, amenti In
6.12tims by application of ion rch-Cinj resins or diff."a

1. B. TYBOL
m_12ime
of comples:
w
o4 pat ... Jun and L-TI by application, of the lon.
Imsi= bt
=chase. t potoutiam.tric methods. !&JL~~
-d he
Do miation of the comd1tione of compounds
to
--N=,-.d in the organic pbaw* (bydrxtion of uraAyl altrato with

7 a. of ratim of
ast.r). 1. W. Cr b7d
of the dlotk;Yl=o ClYcol. X-X,
nitric dibltyl -1
Tdsvezka- 1. of solvation of the nitric
maid in the dtbutyl other of the &lA%hjlOAo ClYcol-.1~1~
t~rmlostjoc of the depandeucy of the distribution
ruktLnS o
Effn
,
and the votary phases in after
,
b
1oQt as .. a ths
,-1
a-f
r1
.
1, 4 t r.1m: the oczAlti .f t subs%=.. LA th. solution at
.
:
.7
4
to fix&%* the concentration ran,- at which complex formation
starts .j_t~XUzmAjmrML P_!~=4~wlctured on oxtrazttm of
.Lth aailia~ from hydrochloric =*dIft. krl~
haa~v.lsms tung-t"
Cast 2/3 ,
jjMSjA= on subs% tution, of bylrocva In boczal by the recall
I24
52
76
atcas 7
and Sb
. a. 0. Dz-tlx- lectured on. the
, A.
ra-all -t- from the reactions or U6 114(.,P)CII I.
& mod-a of cyclic hydrocarbons. L-1-1~lecrarod an
'
the, Imflu.... of the 110 and H
I= on the reduction velocity
3
of b.."al.at plutonium under the Influence of Ltz ovn
I=. I the courn. of tharoug-h diamoolonz it men i~
established t th . omproheazion of tho condition of radioactive
lom~ts Uk solution are of "inent iaport=ca far the Iho 1.

y. *,fare studies have to be =cdo a
ran&* of rudia chtnatr I is
field as me" ad. %,of=* better coordInation of all th!b
e
tut.. 1. w t
L"ti wh h ;i
d ith his proble. will T1.14
Xts in t
good he tare.

7,

TAKOVIAVA, MvIT.; SHURSH&LIHA, H.A-
Field method of determining the forms in which uranium is carried
in natural waters. Radiokhimiia 1 no.4:445-449 '59.
(MIRA, 13: 1)
(Uranium)
MW
HAP
14 -V
IN--
IBM
R11v VIM
_Z~, K_ i i vwNuNK REMP 17MM: Hkz-

ZONENSIJAYN, L.P.; BYTTELIS-USPENSKAYA, I.A.; SAFRONOV, V.S.; NEYMAN, V.B.;
GENDLER, V.Ye.; CRUPIKOV, V.S.; YEREMIN, N.I., KOGAN, B.S.; YAKOVLEVA,_
UNGE, O.K.; KABANOV, G.K.; KWZNE!SOVA, K.I.; SIDITSYNA, I.N.-;
SMIRNOVA, T.N.; VENKATACHALAPATI, V.; M.A.SIAKOVA, N.I.; BELOUSOVA', Z.D.;
YAKUBOVSKAYA, T.A.; YURINA, A.L.; RYBAKOVA, N.O.; MOROZOW, V.G.;
BARASH, M.S.; FONAREV, V.I.; NIKONOV, A.A.
Activity of the Geological Sections of the Moscud Naturalists'
Society. Biul. HOIF. Otd. geol. 39 no.6:127-1411- N-D 164.
(MIRA IP-3)

yAy,oVLr4VA, M.N.
Methods for studying the hydrochemical dispersion of flows as
indicators of the ore.potential of the regiah under investiga-
tion (applicable to mountainous conditions). Biul. MOTPGtd.
geol. 40 no. 6:147-148 N-D 165 (141m 19 1)

YAKOVLEVA, M.P.j CREKHARINA, Ye.A.; SMIRNOVA, I.N.
Detection of tumoral cells in the tlood in cancer of the'organs
of the respiratory system. Vop. onk. 11 no.2:11-16 165.
(MIRA 18: 7)
1. Iz 2-go khirurgicheskogo otdeleniya (zav. - chlen-korreapondent
AMN SSSR prof. A.I. Rakov), otolaringologicheskogo otdeleniya
(zav. Prof. N.A. Karpov), klinicheskoy laboratorii (zav. - dotsent
I.F. Grekh) Instituta onkologii AM SSSR (direktor deystviteltnyy
chlen AMN SSSR prof. A.I. Serebrov).

-7-f-T
USSR/general Problem of Pathology - T=ors. T-5
As Jour : Ref Zhur - Biol., No 3, 1958, 12784
Author : Yakovleva, M.P.

Inst : Not given
Title : Blood Platelets in Cancer and Other Diseases of the
Stomach.
Orig Pub : Vopr. onkologii, 1955, No 5, 63-71
Abstract : Th 42 of 48 patients with gastric carcinoma, there was
an increase in the relative number of platelets (96% on
the average); in 17 of them, the number of platelets
was above 100%; in some of them, 150-200%. An absolu-
te increase in platelets was found in 26 patients, in
some cases reaching 500,000 cu- mm. Thrombocytosis was
frequently associated with anemias. The highest plate-
let counts were found in inoperable patients.
Card 1/2 kL Z

USSR/General Problems of Pathology - Tumors. T-5
Abs,Jourl Ref Zhur - Biol., No 3, 1958, 12784
In patients with gastric ulcer (20), a relative increase
in platelets (49 .5~) was found in 7 patients, and an in-
crease in the number of platelets per cu. m. in 3 pati-
ents (227,916 cu. mm. on the average). Among the pati-
ents with gastritis (20) the average relative number of
platelets vas 4%., and the average absolute number vas
227.916; there vas a riGe in the absolute number in one
patient and a rise in the relative number in 4. Platelet
morphologic changes (poikilocytosis, anisocytosis, vacuo-
lization and pyknosis) vere more significant in cancer
patients.
Iz 2 Khirurgichaskogo otdeleniya (zav.- prof. A. I. Rakov).
Instituta onkologii AM SSSR (Dir.- chlen korr. AM SSSR prof.
A. I. Serebrov).
Card 2/2

M=p.
Counting thrombocytes in blood by mans of a fluorescence
microscope. Lab. delo 3 no,1:21-24 J*,P 157 (MLRA 10:4)
1. Zz II khirurgicheskogo otdoleniya (zav.-prof. A.I. Rakov)
Instituta onkologii AMN SSSR. Koakwa.
(BLOOD PUTIMS) (FLUORISCJNCX MICROSCOPE)
WMI-N~W-Imelpn*~
IRV, RiM-1Z---'1 f
T-6-, -tx~lil

F. ,

Uo :~x'.,.orpticm o"
I di "solved substarcrar '~~y
liatiaral sorbant.,o, Tr,,,rl,r DFAIT q
or. khim,
76 160. al
0,
(Adcarption)
M5, W "Ma
BEER
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Oat
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YAKOVLEVA, M.V.
Investigating the temperature field in block concrete. Inzh.-fiz.
zhur. no.11:93-96 N 160. (MIRA 13:11)
1. Inzhenerno-stroitelinyy institut, g.Kuybyahev.
(Concrete construction) (Heat--Conduction)

ZAIEVSKR, N.I.; KULIKOVA, A.N.; KULIVINOVA, L.A.; SHISHMAREVA, O.Ya.;
YAKOYLEVA,--,M.V.
Porouastructure and physicochemical properties of natural
sorbents of some deposits of Far Fast. Trudy DVFAN SSSR.
Ser.khim. no.7:26-30 165. (WRA 18:12)
I-IM -0 -WN MUMOMMIM
Wft~
-W
'M ~ -1 wo
RM
70
B'm
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SAMOYLOV5 B.N.9 dots., BITYUTSKIY1 A.I.y inzh.; YAKOVIIEVA, M.V.~
kand. tekhn. na-uk,, red.
Palculation of suspension and guy supported roofsl a
textbook for course and diploma projects for students
majoring in "Industrial Construction and Civil Engineer-
ing"] Raschet visiacbikh i vantovykh pokryt1i,- uchelono.
posnbie dlia kursovogo i diplomnogo proekti.rovanlia stu-
dentov spetsialinosti "Proryshlennoe i gra.zhdanskoe
stroitelistvo.11 Kuibyshev., Jiibirshevskii inzhenerno..
stroitelliql iri-tj, 1964. 89 p. (MIRA 18:4)

LOBANOVSKAYAf L.I.1 MAYOROVA, B.O.; MERSAGATOVA, R.S.; YURCHENKO, M.Z.;
_-__YAKOVLFVA, M.Ya.; YANKELEVICH, D.Ye.
Diabeteo mellitus and pregnancy. Trudy Ukr.nauch.-iosl.inst.
eksper.andok. 18sl4l-174 161. (MIRA 16 s 1)
(DIABETES) (PMNANCY, COMPLICATIONS OF)

IIII-601HP11A, M.N., prrcu". (toktor sel'skokhoz. nauk,-, YAKOVIMIA, V.Yn., sta-shify
naw;hnyy sow-adnik
Biologlat.1 cycle of asb subs ~'.%nces in Cnedtnut sAls, Iz-v. TSMIA
no.4:122-129 164. (L'41RA 17-.11)
1. Kafedra poetivovedeniya Sel'skokhozyaystvennoy akademli imeni
Timiryazeva.
xN-
-'n-m- gn, Of "q, ''-;N
WS
I"M
in.:
P,
-u

with an oloctron
AW. Nauk S.S.S.R.. AI.-'W"IPSI,),--AhssI1w
RIAW4. contig. 135 ZnO and t2.8% ZrCh, wert fir"I t4v
125oJI-131W. A ifolarixine mkroxope showed sm-all spots
In connection with a nonequil. distributim of the crymn.
phAw. ketilk-Aso(threLisvsur(Amwemobtaitic-(Ibymak.
niq lactiner Inillre"lons. The.oplitauto thicki" of Iliv
UL41utr mplim-s w" &O-MU A. , The lacquer hiver %-A.N
rvnmvvfI from The glaso surface by allowing a Selatin mdn, it)
soliffily on the lacquer surf*ct. ' Siam the 6equer hA4 a
greater affinity for The gtialln than fm tIW Slam. It '4A$ ft-
-0 tampillim1W oh- i
moyrd wkh tim grUlin. IU opic
tallsed waff 20 (Xx),Vl OW. ' It was obmwvtd that the lArpr
PaIl of the g1;sv Pu;4mm mitained crystals of Zn xpinel.
q In MM.:~TbeW er"llhi Is--- WMNM InLroolk,
mIms wvfv .1low" IQ mrstol of sin-Sm crysid. frool, I he Inell
In thif forns of WI-oomphic eryutdlq. A lIvIm-gram ukru
for a given gust runtAlsird. belfilro a mirml 111jr, INIM3 E*h-
nitt lines: -1.421 A. (av. Intenifity) and 2.80 A. (weak Ili-
-ctnm micromcom. with the polarizing,
fell4ity). The ek
1144-I'DWOPC And x-rays. appearlf to bf: an effectivt means, of
stodrififf %ifuctum of gkire sortac" to &(. the ranwo tit
(14WO. NOW for Or drVOIJIllient of now IlIttluNk of d"Imiling
ItIllyn't AILICY
Allif flow I VI" of 11149ta.
%
A

7.

,.,E ectroa ni~iifkafioa of the surface'of A.

z re 1 1 114= and R, ilknvfgvjj~
u
amy I-C rl
7.
Zr-Vr% staic; muctisfiew Flowed oyst..
its of I Iran. d1ini., that were Investigated byAlle repl"
Mini Iving tiscd;, Owniellsod.,of-
Thecoutrasto
(if, the dvetroli micrographs art 1111promi by 1.1jadow-cu
ing with Cr inctal valw w the attlaMe Nacaunk tu4e, tulder:.
all illipact all1gle of 15*.' The thicknom of the Cr layer is W..
inrcc. 70 to 100 A. . T1,6 pitotainicrogrnphs xhow tria ular
g
cy-tal forms of.0.01 to 0 is diam. diat art Ident0d.us
galinIte (ZnO.A1,O,,), with,typical I t1 I j forins, awl spinct
twins. cryHtfils of undeshm 'I'm of prismatic zirefin, Zr-
...'ere cpendently identi It(
Ml I b
sio, (up to 15 p length) %%
,
'
Y
incil S~ 1
11C zrsiod As C
od
-ralcrowopic
lictrographic
dently recry'std. frout a sola.~ III molten glaze (inax, turnp.
Cal
of application 1300') unit id zircon were also Identf-
ul
fied by their x-ray intVric.-renec jitmi. W, ritcj_,~

N)
zea ow
Sao Opaquegla jor sanitary ware. Z.A.WsovAANDM.11.
4j~.. q 5~q YAKOVLRVA~ Stekla i Keratia, 10 131 11-17 (1953),-Zircon can
be used its an opacifier in glaze!; if the shape!; are fired once. A
prerequisite of complete opacity is uniform distribution of sinall
Crystals Of Zircon in the g1j." of the glaze. A satisfactory batch
consists of 93.7% (rit anti 6.3% clay., The frit consists of peg-
matite 46.8. quartz sand 10.6, zircon 16.1, dolomite 6.2, chalk 6.2,
ZnO 5j, calcinttl kaolin 5,5, anti NajSiFj 3.20/0. This glaze is
satisfadtory If the ware has 15 to 20% nepheline concentrateand
is fired once at 1150' to I"10'C. When firvil at 1250* to 1300*.
the degree of opacity decreases anti sniall pits appear on the sur-
face. For these higher temperatures, the. glaze composition
should be changed. .8 photonsicrOKraphs. B,Z.K.

Low-crielting opaque glares. -7--- A.,,~1(39,?VA AND Nf. R. VAKOV-
kotAp- of zirconium establkhed the foltowing (acR-
thi-, pre.%6ce in the
distributed finely crystitillm: phi%se, t1w, composition of which
deVends nn tile chemical conilwsition of the glare. It S10v N
52,3% or lcsi and NaIO + K-0 is 14 to 24%. baddeltvite ~400
crystallizes. 11 SIC6 iti 54% or orcre and Na!0 + IZ-0 is not
m: 2U%, ?-iram (ZrSiO.) c.-YA21lizes; if alkalis exceed 20170.
however, the zircon, added to the charge In tin amount of 20%,
dws not crystallize upon cWhigof the frit or glaze. Bothtircan
and baddelcylte consist mcistly of Isometric grains, but in firing at
1200* to 1250'C. idiomorphic crystals are alw observed. Ex-
Milt of opacity is directly proportional to the amount of zircon
which passes into the melt and which crystallizes from it in the
form of fine grains, uniformly distributed within the glass. The
glazes tire characterizcd by tionunifurin distribution of tile crystal-
Tile grain size of thecry-itallinc
phast. Is tile %tille ill the (jelith and oil s:trfqCP scCtialil rivil its gLass;
grains are larger ,Hs surface It, -clini- %viocre-crystata accuinul4te.
Or-afiv; htcr~witltl in s uAll telliperat'llre fron, 1-1604 61-1115011~
The sunderglaze, layer Collsi';IC4 Innsitly of glam Ivith rare Allioll
7-

k
USSRhgineering - Ceramic materials
.,.Card 1/1 Pub. 104 3/8
-th
Beznosikov'a;- A. V**'* -k1 M-' E- d L na, M. G.
a Ov. eta, an
Title- Changes in phase- composition during the kilning of goods made of
easily fusible clay
Periodical i Stek. i ker. 3, 7-11, Mar 1955
Abstract An investigation was conducted to determine the changes in pbase composi-
tion of easily fusi'Ae clays of various mineralogical composition and
kilning sensitivity during the heating process. The basic acftaixtures
of easily fusible clays were quartz, carbonates, mica, ferrous hydro-
-e-,,--eU---Thg-rpsulta obtained are deacribed.
ot
A
Fdl":USM,,ri~ferences-(193(8~-1951-:,
Institution i

W '500

I , ~ - --l - ~, 3 .-- r : : .~. , - : M- I- - -- -i ', --., -,.' . , - I -~ lll~l , ;
7- ,
- ~ - - . - , ~' ~! ", -;.; F, - ~ *41 ~ I f~ ~ -~ ~ air:
~l I
-- I - - , . _..-: -~ , -L~
-,I - F7
- I.- L!, .~ - I -

USWChemical Technology. Chemical Products and their Application. J-12
Glass. Ceramics. Buildin Materials.
Abs Jour Referat Zh.-Eh., No 8., 1957, 27648
Author M.K. Gallperina, M. Ye. Yakovleva.
Inst
Title Black Glaze for Tiles
Orig Pub: Steklo.i keramika, 1956Y No 10, 26-29
Abstract: It is established on the basis of performed experiments that
the. use of black pigments containing CrxO3 for the production
of black glAze is not suitabie, because this oxide furthers
the crystallIzation of cobalt Zerrite. Black pigments con-
sisting of a-mixture of MnOA, Fe.,;-% and COO give positive re-
sults. The following composition of a black glaze for tiles
,of a burning temperature of 1160 to U800 is recommended
(in W: frit- No 1 - 73; COO - 3.6; mo - 1.6; Fejo.7 - 1.6;
felspar 10.5; quartz sand - 2. The chemical composition of
Card 1/2 -48-

USSR/Chemical Technology. Chemical Products and their Application. J-12
Glaso. Ceramics. Building Materials.
Abs Jaur: Referat Zh.-Eh., No 8, 1957, 27648
frit No 1 is mentioned (in %%): SiOz - 22.6; AIA3 - 2.3; Cao
7.5; KzO 3.9; FbO 3.9; B,,o,3 - 8.4.
Card 2/2 -49-
"MO-~!UIM Z~B ZQ

Poland/Chemical Technology Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur M31miya, No 19, 1956, 62282
Author: Nosawai, Z. A., jakawlewa, M. E.
Institution: None
Title: Opaque Glazes for Sanitary-Building Articles
Original
Periodical: Zmetnione szkliwa d1a vyrobow Banitarno-budawlanych
, Szklo i
l
ceram., 1956, 7, No 3., 83-87; Polish
Abstract: A translation. See Referat Zhur Khimiya, 1955, 12191
Card V1
-------------

YAKOUENIA, M. Ye.
"Reaction of Some Silicate Glazing Melts with Ceramics at 10000 - 12500
Firing Temperatures" p. 441
Transactions of the Fifth Conference on Experimental and Applied Mineralogy
and Petrography, Trudy ... Moscow, Izd-vo AN SSSR, 1958, 516pp.
reprints of reports presented at conf. held in Leningrad, 26-31 Mar 1956. The
purpose of the conf. was to exchange information and coordinate the activities
in the fields of experimental and applied mineralogy and petrography, and to
stress the increasing complexity of practical problems.

AUTHOR: Yakovleva,-,U.Ye-----.:, 72-58-6-1o/~,,q
TITLE: The Interaction Between Glazings and Ceramics at Burning
Temperatures of 1000-12500 (Vzaimodeystviye glazurey s keramikoy
pri temperature obzhiga. iOGO-12500)
PERIODICAL: Steklo i Keramika, 1956, VOL 1,5. Ur 6, PP- 30-36 (USSR)
ABSTRACT:
Card 113
At the NIIs'troykeramik the investigation of this interaction Mas
carried out by the petrographical method. For this purpose three
frits were developed by the,laboratory of the Sanstroyfayans:
The alkaline silicates, lead silicates, and alkaline boron sili-
cates. The molecular fonnulae are given. The g2-azings consisting
of 95% frit and 5;-~ kaolin were applied to a fayence body and wera.
burned at temperatures of 1000, 1150 and 1250c). The chanical sra-
lyses of initial- and burned glazings are given in table I
(analysts: N.V.Rodnikbva and M.N.Rybinskaya). The coefficients of
thermal dilatation (table 2) for fayence and frits were dete~--
mined by means of a dilatometer, and those of initial and burned
glazings by calculation method developed by A.A.Appen (Ref 1).
Tensions occurring in glazings depend on the burning tempera-t-are.
The modification of the dilatation coefficient is connected with

,,ZRe Interaction Between Glazings and Oerandcs at 72-58 - 6 -1 q/ 19
Burning Temperatun-as of 1000-1250'
the modification of the chemical composition of the glazing
during burning. X-ray analyses viere carried out by A.V.
Beznoaikova. Fig. I schematically shovm the interaction between
glazing and fayence, which is also described. Refraction of ligla~-
of glazed glass changes with the thickness of the glazing surfac.-
as well as with the -temperature of burning (table 3) - If tile
chemical analyses ofthe glazing are re-calculated taking the
volatilizing lead oxide into account, the values of alumina- and
silica are obtained (table 4). The intemction between fayence and
an alkaline boron silicate glazing is shown in fig. 1. Burning of
the glazing on- fayenoe is accompanied by a uonsiderable change of
its composition owing to the volatilization of sodium and boron
and enrichment by alumina. This also leads to a modification of
the thennal dilatation coefficient. Figs. 29 3, 4 and 5 show the
various kinds of crystallization in the zone of contact of
glazing and fayence. The authoress concludes as follova: The
durability of the glazing on a ceramic body is due to agr-,em'~a~.-
among its thermal dilatation coefficients; the intensity of rear;-
tion between glazing and body depends entirely upon their ch~-:mlcal
Card V3 compositions az well as upon burning temperature and on the

The Interaction.Between Glazings and Ceramics at 72-58 -6-10119
Burning Temperatures of 1000-12500
duration of burning. The moaification of the thermal dilatation
coefficient of an alkaline silicate glazing within the tempera-
ture interval of 1000-1250o is connected with the volatility of
Na2O; the intense interaction between glazing and body can be
accompanied by a considerable development of the crystal phase
in hhe intermediate zone, which may exercise both a positive and
a negative effect on the connection between gluing and body.
There are 5 figures, 4 tables, and 4 references, 1 of which is
Soviet.
ASSCOIATION: NIIstrofteramika (NII Building Ceramics)
1'..L:Cerea~i-6"-materiia3.s--Temperature f actors 2. Ceramic materials
--Stresses 3. Ceramic materials--Chemical reactions 4. Ceramic
materials--Crystallization
Card, Y3

AqTlfORS: Yakovlava, 11. Ye., Beznosikova, A. V., SOV/72-56-9-10//2o
TITLE: Microstructure of Faience and Semi-Porcelain Baked at
1100 - 13000(Milcrostruktura fayansa i polufarfora, obozh-.
zhennykh pri 1100 - 13000)
~
PERIODICAL: Steklo i keramika, 1950
Ur 9, pp 25 - 30 (USSR)
ABSTRACT: This investigation of microstructure was carried out
using the glass manufactured in Works at Kirov and
Lobnya for Structural Sanitation Ceramics. It included
X-ray structure analyses and petrographical methods.
The composition of the batches and the chemical analyses
of the glasses investigated are given in tables 1 and 2.
Subsequently the preparation of the test batches is
described in detail. The percentage of mullite, cristo-
balite and of quartz contained in baked bodies was de-
termined by X-ray analyses. Table 3 gives the chemical
composition of baked new Swiss clay (novoshveytsarskaya glina)
and of Prosyanovskiy kaolin. The phase composition of
these two raw materials at a temperature of 11500 can be
taken from table 4. This is followed by a description of
Card 1/4 fayence formation. The phase composition of porcelain

Llicrostructure of Faie=e and Semi-Porcelain Baked at SOV/72-58-9-lo/2c
1100-13000
Card 2/4
and values of water absorption and the coefficient of 0
expansion in the baking temperature range of 1100-1300
are presented in table 5 and figure 1, the results of
the microscopical analysis of porcelain are compiled
in table 6. The structure of porcelain at a temperature
of 13000 is portrayed in figure 2. Figui-e 3 shows a
feldspar grain during glass formation. The mullite
content of the body increases with a rise of the baking
temperature, reaching 31% at 13000. The amount of feldspar,
quartz cristobalite and mullite contained in semi-porcelaine,
values of the water absorption and the coefficient of 0
expansion in the baking temperature range of 1100-1300
are given in table 7 and figure 4. The results of the
microscopical analysis of the semi-porcelain can be seen
from table 8. The opinion of P.P.Budnikov and Kh.O.
Gevorkyan (Ref 1) concerning the mullite crystallization
is considered to be wrong.This hypothesis, that the
mullite crystallization in the feldspar grain is the
result of a migration of alumina, was uttered even earlier
by V.V.Lapin (Ref 1). In the laboratory of the sanstroy-

I'Alicrostructure of Faience and Semi-Porcelain Baked at SOI/72-98-9-10/20
1100-13000
fayansa NIIstroykeramiki experiments were carried out
with finely ground quartz and feldspar, which were added
to the batch. Data concerning the wet milling processes
and the baking processes at a temperature of 12800
Are given in table 9. There is a reason to believe
that potassium oxide exerts a double influence upon
the development of cristobalite: 1) The development
of cristobalite is obstructed in favor of the amorphous
~silicic acid of the dissociated kaolinite and 2) the
transformation o*f the modification of crystalline silicic
acid quartz into cristobalite according to the increase
of the fineness of grain, is favored. There are 6 figures,
9 tables, and 2 ref-erences, 2 of which are Soviet.
ASSOCIATION: NIIstroykeramika (Scientific Research Institute of
Structural Ceramics)

JAX OVLEVA, MYE. a:nd. KIRI=V, 1. 1.
Shire razmakh sotsialisticheskogo Borevnovaniia i staklanovsko o dvizhenila, L A
wider scope' of socialist competition. and Stalrdianor movement 7 (Yodnyi transport,
1939, no. 6, P. 5-7). DLC: HF,561.R8

14. Ye.
Intrusion of 14t. Chernaya in the Upper oj' the
"Differentiat6d Gabro-Diabase Dok. M, 55p NO, 99 1947
~yasino River, Taimr Peninsula"y

Colo
rilffyrtothoollsoid abbra-dialimse intruition of Lahr Khrt.
~Uwllllr Talfilyli 4111"Gulik M F, VA .. S to V,. PA!,d,
A CO. v.1 " S, N ,S S./?, so, %6~~rrcr-:RrZrl.4 gabblo
.1641W 11millia, in 11.11-ilielill"I 4NIell'i'm al.evv Vpj~vr.
"1111FL411 Llvrl~,
Iff"t., top" I'll I.- rwk, sitilli

ill Im ml v .11trit ~ it too e -11111 140111-11 it V AMM Ill" I I" to' L'
en'
I ... ..... 1~., -m-0, ill tile I'mrT the
too list, lil'i I - ,0, 1 U, ..h. ,, IV-, Aw"
*
I
S, 117. A lot I.. I ~- I 1.. 0-0 0, VO 1.
I,
I is, I lot t I w I.m, I I k A
1~4 dvvl~ 't- Ill it.. wit'. .11 1 & 1 ...0 %1K. o
M. IVO~. I be 1'. L, mv ul.-Olorti av. '44111A I.. /,.v .1
0 Lot', 's 0 cm t C_ I, .2i I.tluti . the 1.1i'mAw Kulmllm
tol'Iter p.111, aye -1.1, ills %06'. Ili, 131M.-FIVing 1-11 ...... it,
ophi(ic- i, Ow
1g.jobto i~ ".-.Iklv lo-l"I'ad its, p1. III,.-
to. L. m, 'Itmilds; lliklo, t"I'l M I t h. to 1. m. I'm Ill
I I lo., I is '. "I I it a o I I I I m I I vo. 'I.")' I I I. I In I- of I k
ill, I It'ill %t till ill.
11), 111. VII.1ri IV tv I,'. "I -I I,-.%] 'let it 11-4 11 sq- fol I ... i lost 1111m g.11,
if- "livil .... .. IlAile. pYw% . ..... pix.
mi'l '11"'I Ms.
I.-m-far 14 .1111V im :11 . #..Vn I min, 1A lot I liv illy, 1 1,:,, 1
I It, Al, kit it. is L. 11v -it, t~ It, J ill t It. toil, #m, It it, , #w1
p., 1.411tv Ill I It,- I'l. fit 9, I'm 1, i-Illm I 1 .1101 liff. Wjif'.,W~
.-Illy Ill Ow IlkV tilatt" lit..gil. fit,
Clumilitc i,r%. I%1,iVvIv ob,"I VIA ill th'. I.I.-I itie 1.~ L,

7
7~_
he TiVs
hiv at; of -the d2ys d tilt W
US Oa~ Mier* ~ ope ~.Of. the. Serdia MAU.
-an Ott right
be, C "17 ftqxits'
Lank d RRIve r Nev, yansk at i charmettrizecl hY
the progress' knot 1. seMte and quarlt-scricift
whists. with all exceltent preservation of pdmw Scilist
fitruoures, fuartz Velas Intersect tilt CLIT roci-S In all
f"y a tire serkite NOW3 have bm pre-
ViWay de"btd ILI cuuLtovite and hydrxim" Wks, with
q=e.%, ruti!C. "n arnrAtUmlo. Atbite, ;M4 tP&I'me ** iw-
cess4rie-. In the fractitinsbtlow 0.5p. kazltolte mt hilloy.
he havebm klentI&A W 11jertnal analysis. Leucoxcrelt
Y-prod% d the watbering 1KCK-c-A. Rwt Ftriktag are
b
--mcd in the m1W and kla-
stk:StmCtt1rcS pre,
Elte-parts:o(.~he t6cka.: wtit-
developed Crystals 6120 to 100 JS lcuoli, with 1.638 to
1160. aud a-, - 1-416 to weA Pleachro-sha. Is vome-
titues Mil UPL'~, lyith'ruffle in.th~:rulca-tatkbed puts
of the cl,4ys, anil hidamiak-4 with a 1.6790- hhddrioice
0.010. Anutlwr typQ of r0ki Structurts h illown by
phenocrylLs of Primary fe1jpar Uf the porphyric tualuf rMIC
which have tK-ea Chan ", to P-.'guq~uaorphz of Wkite in a
mk"4auittd matris.
The duant. coulpo. of the clay rocks was detd, by digermt1al
t1urntlal atWysb. The mulmolichem. bulk amilr4s are
compaxtil iorith q 1~ict.-_calcns. of the in;neral.eciapa., with
taolulite Flydm
~.mkai ebultl wt be cated.- ks such; but apptear in _67eremidfiF~--:
~.Th Andustr41-usefuto-M of
AYS toA d_.bjr -WW-Dr7iAo& itid __~7
the -c1'
ms (Sintering. temp.
It trialtis-addasi-Of plastic y$
bi di 6Apg4~y._vikkIt Cla itt4k-
O=V~~ Thei bive been -priwagood
d - r titexl~ ar"' s4bi, eveil for facing tiles. glu.064 with A (to 1~~
'=B 9-40'.M
P
IM

KOROVYAKOVp !.A.; YAKOVLEVA, M.Ye.
Differential intrusion in the Panekiye heights of the central
part of the Kola Peninsula. Min.syrfe no.4$75-99 162.
(MM 16:4)
(Kola Peninsula-A)cks, Igneous)
T p.:

BWANOV~ G.P.; YAKOVIZVAj M.1e.
Trudy Ydn, muze no.14:32-78 163.
The color of minerals,, (?M:Lk 16 t 10)
(Color of minerals)
-YRRO.,
'MAIM
UP
R- -
-TIM

YAKOUEVA M. Ye. ; R0,14.1
'3 -,with a ang';~
4287-~292 1650

f I rei - E.,
UNDE, I., kand. sellkhoz. rlclll~l )t10 -ay,
sellkhozo tialik., k
red.; K., Uicl. riau~l red.;
kand. sellkhoz. nauk, red.
[Economically useful plarits] Tautsaimnieciba derivie allgi*
.qjga, Latvijas P,4:R linatnu akad. izd-ba. Vol.2. 1963.
194 P. [In Latvian] 17-C)
y
1. Akader,-dya nwtk LaVAyskrq SSR. Biologicheski-
(foi- PetellsOlls)

yAKOvLEvA,.-N,,,,_kand. biolog. nauk
Control of Ithe green mosaic of cucumbers. Zashch. rast. ot vreq.
i bol. 10 no.12:50-51 165. (MIRA 19:1)
1. Vsesoyuznyy sellskokhozyaystvennyy institut zaochnogo obrazo-
vaniya, Balashikha, Moskovokoy oblasti.
_4

~ , -_ 11
-! F~ 11 1
.:, ~ _ , -~ ~'-4 ~ r .
- - - 4 -, ,I:
- , ,, -- Z~ : . ~~A -,- ;
i-, .,

BEM41SHEV, N.D.; KAQMOVA, Xh.A.; SHYREVA, Ye.A.; XMC01#6~A, Ye.A.
MOSUZrIGH, V.~.-; Turumil, S. Zb.; ~WOV,LWAP N.A.
State of the health of peopli-Inoculated with live antibcc~icellosis
vaccines. lm AN Kazakh. SSR. Ser. med. nauk no,WI-90 064
(MIRA 17s?)

BEKIEWSMO N.D.;.KASYMOVA, Kh.A.; SHNYREVA, Ye.A.; KLYUCHNIKOVA, Ye.A.;
MOSIiKEVfCHJ, V.S.; TIEULIN, S.Zh.; YAKOVIffA. N.A.;ZENKOVA, N.Y.
State of lii~ilth in persons vaccinated with live antibrucellosis
vaccines. Zhur. mikrobiol., epid. i imm. 41 no. 2:139-140 F 164.
(MIRA 17:9)
1. Kazakhakiy institut krayevoy patologii AMN SSSR, Alma-Ata.

~te~
BARANOV~ Ye.G.; TANGAYEV, I.A.; YAKOVLE,VA,--N.A.
Study~bf the process of the displacement of ores and
rocks in blasting under conditions of complex deposits.
izv,. AN Kir. SSR. Ser. est. i tekh, nauk 5 no.1:7-23 163.
(MIRA 16 :11)
XMIN2,11-MAROM RAW 25-0 ZO -M -7
ROM, 1~ D

YAKOVLEVA, N. A.
Cand Tech Sci - (diss) "Study of the coupling of reinforcement
with thermosito-concrete.11 Moscow, la6l. 15 PP; (Academy of
Construction and Architecture USSR, Central Scientific Research
Inst of Concrete and-Reinforced Concrete); 185 copies; price not
given; (KL, 6-61 sup, 229)

YAKOVLZVA, N.A.
I
Influence of health resort factors and radon bathe on the condition
of the cardiovascular system in hypertensive patients. Trudy Inst.
kraev.pat. AN Kazakh. SSR 71131-147 159. (MIRA 13:3)
(ALKA-ATA-HFULMH RJSO~TS, WATERI14G PLACES, ETC.)
I . (RADON-THICRAPHUT11C USS) (HYPMMSION)

YAKDVLEVA
Influence of single-stage radon baths on the condition of the
cgrdiovascular system in hypertensive patients. Izv. AN Kazakh.
SSR. Ser. med. i fiziol. no.2:102-107 159 (XIn 13:3)
(AYFERTEMION) (RADON--TH2WZLJTIG USZ)
(GARDIOVASGUIAR SYSTZX),

YAKOVLEVA, N.A.; YUSHM, N.P.
Genesis of the Shor-Su. sulfur deposit. Uzb.geol.zhur.
6 no.3:37-" 1622. (MIRA 15:6)
1. Glamoye upravleniye geologii i okhrany necIr pri Sovete
Ministrov UrSSR.
(Shor-Su region--Sulfur)
N
_g
I NFIN
--mall
M. -0 EN
J -aE
-M " W.
-_i -PIRO ",a
311 Sam W..,
R

YAKOVLEVAJ, N.A.
Treatment of patients with joint diseases at the Ayak-Kalkan
Mineral Springs. Trudy Inst.kraev.pat.AN Kazakh. S.S.R.
11:90-97 162. (MIRA 16:40
(JOINTS--DISEASES)
(AW-ATA PROVINCE-BATHS, MEDICATED)

YAKOVLEVA., N. D.
. "The.Significance of the Turning Green of Tubers on the
Phase Development and Yield of Potatoes." Cand Biol Sci Inst
of Botany imeni,V. L. Komarov, Aced Sci USSR (Apr-Jun 50.
(VeBt Ak Nauk, Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (11)
SO% Sum. No-521, 2 Jun 55
gg? -
A, 54,
ViWZ
WE. g
--*,V 'o M
V N-U M,

RADCHENKOP S.I.;, YAKOVLEVA) N.D.
Nonphotosynthetic function of chloropb;Tll in plzmte. Bqt- 46
no*6:790-802 Jo 161. (MA 14:6)
1. Botanicheakiy institut imeni V,L.Komarova AN SSSR, Leningrad.
(chlorophyll)
f-TR"'i
M
PI
M-B -2r,
w
, I g
~Nffi
m
U
A

YAKOVLEVA, N.D., nauchziyy sotrudnik
Advantages of treating potatoes vith formalin before planting.
Zashch. rast. ot vred. i bol. 7 no-3:43 Mr 162. (AURA 15:11)
1. Tiraynonskaya selektsionno-opytnaya stantsiya. Latviyakogo inatituta
zemledel-iya.
(Latvia--Seed potatoes) (Formaldehyde)
'ROB
RM
Y
W 'e IM,
MINE NOR

A;6/016/02-l'
S/1.26/62/0&
'420
0
7
of
erti - 9
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yawo the m
eS OTI I ~ tiuuA.
r OV 1962,
ture Stron
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0
o f to?~ a n
V.1h,
uclucn of bar
The
:Ltefj oveden
rr
d 8 11
j%c . meta the
TITI,'E "M~tajjov I . I -
~errites
i1ca -ged - f tic eners'Y' 1,3.
J7, ir U13. It nogne . .4.5tem W
FRJODIGP"'." 927-'930. isol~ypp ~ighes f thi s isated
Ily the ites 1 0 t
tEL tj tica has d ferr 0 inv a increaS
o6Fe2()3 Ijjyce ~e war
Of the elctux I
3. g50 t :Llity ('BII) max
()a. to sib
TV'%T Sr( Ga-u B S due energY
. errIte Ba 0 75 10 . sotropie I ins the, p0' (550.0 Oe.
n9 1.45 ly aU3- - dterlui-n xun mbkgnetic field f
W Of Icim agnetic r 0
r6achl tjca Via and ma" m -ess as
StaLt3.S a the pro
wdre oint~ 0 13r applying powder W.
f r%olu tile l induction ad b-f en - dur in S
P d) ICU the The.
dx1a rodur-, t the f ter Wh die.
was P a . OL a of- for
thq r0 -sotrOPY 10000 Oc mi%turel t-ne !gam 1260 -
Tile anl- I - nning I water . S/Cm 2) in t 3.1b0- to ,, ,,nee of the
at t1la beS1 Wder- d (4 ton . tered a of the i red bIj
the Po resse
rcssing .r Ill nd sin tiolt proda
'o P, dried a termilma wer.e
p ionall-I than
urate de
addit were t ace. J.0 'sp
St ~"_presl To PorM3. Cal ii.30tr-op~
enti
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an
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Card,.

4 563 8'
S/126/63/015/001/026/o2g.
E073/E420
A UTIMRS: Borovik Te S.~, Yakoyleva,.N.d.
TITLL: lnvestigation~'of the magii.eti.c prop6rt Iies of binai~,v
Systems of Ahe jid xed f errites: levid!-Ibariwn and
lead-strontiunt
PERIODICAL: Fizika Illetallov -i me.tallo -vedeniYe, VSA-5, no-1-i. 19631-
151-153
T!~ XT: The investigation of' the bind .ry :.system niq xPbxo.6Fe 0
2 3'
and 5rj_xPb: 0.6FP,)Os may lead,to now hijg4-poerclvity mAtor a 9.
These ferrites wL-re produced by solid-phase -reaction. between
Tervic oxide and carbonates. of'ba-rium*, .'strontium and-AbAd. M ixed
Bo-Pb I*evrites were produced. from Ahe. po,,fd.d.rii .'.Ba,C03,,-. PbC,03 and
Pe-:.03, whilst Sr-Pb ferrites ware produced 'from. the~powders-
U-'bCG- and Pe2O in. weig,lit rreslpon-ding'to the
rvspective stoiclliotiVric composi,tions.' The poitdeirs w*e'r'e.*
careftilly inixed with water'for~ Sevellal 'hours itnd then. roatted:. for
5 hours at 90COC; ~ blanks were pressed-froni.the,.roasted,powders
and sintered for I hour a.t vxri.o,us'.'teiliperat.ures-,to produced
cylindrical specimens 0.7 to:;l cm lonk ~'ahd 4bout, 0.16:cm2. c-rosv.;-
1/3
.77,

RON
S./126/63
/03 5/001/026/029
-ation or' thf- magnetic
'073/13 20:-
C t i oti Th c ma gn c tL c properties' wer'e.*nI eia stir. cd~ in, I d is. ofu
L (1 7 G (T) Cc. The maxinnuii magnetic ener. jr `(BH) ',- -'~T or
"lax; .:the mixed-
Ci.-rrites di.diiot exceed appre c-Labl.y 'the, r-es'peletive .,value D f the
rjoirc barium ferrite, whatc-ver Itho Unfeki Ing *emP'6ratur0-j' b.ui.-for'
UAC sititcring tctisperatures-.oC J.200*.and.12300.C-it, was ionsid6rably
gr,,a ter thaii that of the p6re load' Cerrito.-, - ''Otom -'rbachod
ax,
.1 (.6 < ib d
.5 ga u.... for ferrit s.,iith :an ~ a isintering
tc,mpctattire of 12300C. T3-jr show.ed a nonmoinotoh.ic' diapendencit .'on'.
composition for all. the sintering t6myleratures"o the .. ma,xilnum
re,Sidual induction was 3000'. gau.4.4'-for-Bi~ r% 0,00"
0,&25 20~ and
9-75 -
.;ihtering temperature, of~1230~*C~. Ifith * increa iwing'~ lead cont.
nt
the eocreive force of mJxed and the
coercive force also decreas6d. with inbreaslfig-Alnt.4rifig
temperature from lIC0 to 12300C.* . J~or' .the - ferrite :Sr II '"~pb'606re 0
-X X 3 .
the best results ifere obtained with .6 :ainteilng.- te~.Orat.ilk~e '.af
]'?000c, 1.55 x 1 6 g r-, e
0 auss O.e ' forAx
X -the
comp6sitions as w~ull as foe compokitions, with,'
maximd on the (Bit) ... ax f,(x) curves were observed foi all:the'~:.
sintoring temperatures.- With optimum. sinteririg-_, Or' -,,reached
Card 2/3

S/126/63/015/001/026/P29.
Inve.,-itigation of the magnetic
OW9420,
28C0 to 2900 gaus-s for mix tur'e 9. *With Pb, Tho
coorcive force of Sr-Pb ferrites d o'c'r ea is 6d',: with',' in c r*81 sing, Pli
C011tent; the absolute values of TH, -de.criased with'' hereosipa
;iiiitering temperature. The results. ih' % that;: thee's, mixed
ferr-i-tes are of prac-tical.interes.t as.'g426.d,..-haiil..f6rromatn6tic,.''.
materials and it is advisable' to inVestigats~- .t h oi - t q r'na'ry to=.:*t
the mixed ferrite5 barium -.strontium and. Ie'a''O.- The.'re.
figures.
A53M.IATION: Kharlkovskiy gosunivoisi.-tot.,:-i~i.'"A'*oi4'.do'r.Oko'g'o'
(KharIkov State Univers ity. Am~nk-,.X.M,.,Gor kiyY
SUBMITTED: April 4, L962'
Card 3/3

- " ~ 1 .-.1 f . -zl.,-,:~'.;
- - - - -,-7 . ~~ T.~ -!
-, , z ~ i, , . . 4 .
~-, --. ~!, ~ " " -~ , - ;. .~ I., I t - . . -. 1 1: r

T. 1;tr%9q_A,4 rup ti I lipfm f- N im X" i_ i-nn lvpn-,D A V1:WPP h C" AP CM1 "j
!ACCESSION NRs AP3WO112 rn .1 -9/r
8/01 3) 0.15/C)04/0633/0635,'
6-5-
.AUTHORSs Borovik, Ye. S.1 Yakoyleva, W.
fit
MrTM Magnaticproperties of mixed misotrople Ba,
r. and Pb ferrites
IS
ka metallov i metallovedeniye, v.15, no. 4, 19639 633-635
I c proper yV err e sotroplo ferrits',Ba, Sr, PbV barium,
strontium, le~ ~d
ABSTRACT: The influence of grain orientation~,on-the magnetic properties of nixed
ferrites was studied. The textured samples were prepared from the isotropic
--Iferrites by the wetgrinding, pressing ),etween the poles of an electromagnettand
sintering. Their magnetic properties were measured in the direction of the magnet.1-
field imparted during the. texturing process. The average values of the magnetic:.
parameters obtained for several sample groups of given compositions are tabulated.
The maximum magnetic energies of all the ternary systems approach the high level,
found in-anisotropic Ba ferrite. The textured ferrite SrO-75PbO125O x 6Fe2Oj has
the highest magnetic energy of 4-4 X 106 gause-erge. Since the qsteresis 16ops
obtained are not ideally rectangular, the authors conclude that the magnetic proper-
ties of the ferrites mMr be advanced further by improving the texturing proceduree 11
Or_~ a
art. has: 2 figures and I table.
_Caird_
~

GRISTAN Ye.L.; TURETSKIY Ya.M"';-Prinimali
j 0. uchastiyo,.- KOLOSKOVA,,Y.G.,,-
PESHINA, M.A.
Dressing iron ores and retreating magnetite concentrates. by the,
re-flotation method with anion'coUeetwoo Gor, zhurs no.12:47-
40 D t61. (MIRA 15:2)
1. TSentrallny.* nauchno-issledovateltakiy institut chernoy
meta.Uurgii im. I.P.Bardina,, Moskva.
(Iron ores)
(Flotation)

YAKOVLF.Vk., N.I., inzh.
-------------------- -
Density of carth-fill dikes. Gidr. stroi. 32 r-o.6:38-41 Je 1620
(MIRA 15:6)
(Dikes (Engineering))
SOM
ft
U

ACCESSION NR: AT4016873 S/2G3l/63/000/143/0096/0103
AUTHOR: Yakovleva, N. L'
TITLE: Air temperature changes In the 500-200 millibar layer
SOURCE: Leningrad. Glavnaya geofizicheskaya observatoriya. Trudy*, no. 143, 1963,
Voprosy* chislennogo prognoza I structura meteorologicheskikh poley (Problems in
numerical forecasting and structure of meteorological fields), 96-103
TOPIC TAGS: meteorology, air temperature, nonadiabatic, factor, atmospheric pressure,
atmospheric heat flux equation, troposphere, stratosphere
ABSTRACT: An attempt is made to use charts of absolute pressures aloft to determine
at least the relative relation of terms in the heat conductivity equation in.the upper half
of the troposphere. AT500, AT300, and AT200 charts were used. Change in the temper-
ature of an air particle S T moving horizontally along an Isobaric surface', is deter-
nduc ivity equation
mined from the heat co
ar
I dQ
Wil (T.
..foe.
-'Card 1/3

ACCESSION NR: AT4016873
where T* is the vertical temperature gradient, w is vertical velocity, the last term on the
right-hand side characterizes nonaAabatic processes (radiational and turbulent). Deter-
mination of components of (1) at heights near the tropopause on the basis of AT-chart
data is difficult. On the left-hand side of the ecuation the value 5 T and its two com-
ch e deFermined by the tra-
ponents -- local change 3 T and advective ange v (VT) -- ar
ectory method using AT-charts for the whole of Europe. Constructed trajectories are
used for determination of the advective and local components. The map corresponding
to the time of.the initial point of the trajectory is used for determining the temperature
at this initial point and at another point whose coordinates correspond to the end point of
the trajectory at the end of 24 hours. The difference in these temperatures on the
ingle chart represents the advective change of temperature in 24 hours
s
C, TA. By
knowing the temperature at the point whose coordinates correspond to the end point of the
24-hour trajectory for a particular time and for the preceding 24 hours it is possible to
find the local temperature changes Tt. Sixteen trajectories were constructed for
the warm season and 10 for the cold season for 1959 and 1960. In the summer each tra-
ject was traced for 2 to 4 days; in the winter -- 4 to 6 days. About 100 daily tempera-
cry
ture changes Tp, 9 TA. TO were found for the three Isobaric surfaces mentioned.
Ile
2/3
Card

ACCESSION NR: AT4016873
Mean absolute values of temperature chana their "standards" and the mean square
,e
deviation of each measurement from the mean were determined and tabulated. The table
shows that the mean absolute values 5 TA and $ Tt and the value of their sum 5 Tp
have the same order of magnitude at a particular level. These data are comparedwith
data from similar studies. The air temperature changes associated with vertical move-
ments are evaluated. The nonadiabatic terms in equation (1) are considered insofar as
data permit; it is desirable to take them into account, but further studies on this problem
are mandatory, Orig. art, has; 3 tablos and 5 formulas,
ASSOCIATION: Glavnaya geofizicheskaya observatorlya (Main Geophysical Observatory)
SUBMITTED: 00 DATE ACQ: 2OFeb64 ENCL: 00
SUB CODE: AS NO REF SOV: 008 OTHER: 004
3/3
'Card
Q
~w am a 0" R
R0
Iff

YAYOVLFjVAt 11.1.
of water under various
the surf
"""lalculating evaporation'from 0 no.33:85-93 152, (MIRA 11:1)
boundar7 conditions. TrudY GO
(Water OV0188)
-- mg
;za~ 014p-
v
MN. V
F0 51-
V

YAKOVLEPTA. N. I., YUDIN, M. L and BUDYKO, M. I.
.11EVaporation From Irrigated Regions and Evaporability".
Meteorol.' i Gidrologi-va, No 1. PP 7-10, 19&-
Computations of evaporability for large and small irrigated territories
under various climatic conditions are considered. It is pointed out that in
the d6termination of evaporability from small territories under conditions of
a dry climate on-a must take into account the dependence of evaporation
upon the dimensions of the wetted surface2 since evaporability from large
wetted territories is markedly less than from small areas. The difference
in the magnitudes of evaporability appears mainly for irrigated areas of
less than one kilemeter extent, especially for areas of less than 100
meters size. Under conditions of a wet climate the difference in evapora-
tion from large and spall wetted surface is small. The presence of blow-
through torest belts in irrigated fields ensures decrease of evaporation
from fields by 7-14%, thu6 lessening the irrigation norm.
(RZhGeol, No 31, 1955)
SO: Sum No 884, 9 Apr 1956
w2= Oil-
-M,
X K A
g'~
N- g~
V
I PS
ZI ~t
N

YAKOVSLEVAY N. I.
~"Analysis of Night Cooling and Forecasting of First Autumn Frosts".
Meteorol._i gridrologiya., No 3, pp 21-24, 1954.
The role of individual factors, mainly effective radiation and wind,
are investigated for their influence in lowering the temperature. The
author employs the method of Berlyand (Izv. AN SSSR, sop. geofiz.., No 2,
1953). which is based upon the solution of the equations of turbulent heat
exchange in air and heat conduction in soil. Verification of the Berlyand
method in forecasting of first autumn frosts revealed mean error in the
forecast of soil temperature 1.40 and air temperature 1.20 (RZhGeol, No 8, 1955)
SO: Sum No 884 9 Apr 1956

-36--n-8/A
f A =OR Yakovleva, N.
TITLE: Calculating Changes of Teraperatare, H=idity and Heat
Balance Components at the Surface of'Water Bodies
(Rasch~t lzmenenly tleniperatur7 i vlazhnosti vozdukha i
sosta-trlyayushohikh teplov*,go bala:nza poverkhnostl
VodoyFma)
PERIODICALg Trudv qlq"~o- genfizicheakloy observatorli
J
p . 1.2-128 I'USSR)
57-- Hr 71, P
ABSTRACT: To thl:,~ -24 changes in temperature and humidity
and also to 4,*:he tuxbulent imbsivance existing between the ground
and large, water---~,overad areas and In determining the evapora-
tion over viiriovzly blaIrlated areas, a'full mathematical treat-
Ment is given. Bansic p-~rzmaters such as air temperature, humid-
ity, difference� Ln the 11-111erzal ouzz-rents, total radiation,
albedo of the gy,,;;zrzd 4era -usad. The effect of wind also
taken into account '' Tha calculatiGns are reduced to simplest
formulas and gi%aphs, As an 111'astration of these semi- * irical
P-MP
methods, the'Aral Sea Ln -the semidesert condit'ons of 6entral
Asia was s6lected ',,,e-_auB6 of its weTI-exp--eased trands of windt,
(89 percent) and the Rybinsk Wat-er Rese:t--,'oir, a shallow sea wat
selected to represent well-h3midified climatic aonditions" - A
similar technique may used "V,-o estsblish the meteorological
Card 1/2.

36-71-8/16
Oal6ulating Changes of Temperature, Hamidity and Heat (Cont.)
characteristics and heat currentS of shallow reservoirs. Heat
adouiulating over large masses of water.io a source of consid-
erable instability and affects the calculations. There are 10
figures., 9-tables and 7 references of which 6 are USSR.
AVAILABLE: Librar7 of Congress
Card 2/2

1957-
of tt 7 5'.'t A-1 I ?\
ft)
Un- C-% C;r--c t1 cc--~z-A lon. ~97. i: P4yel-C a -'~ a'.1,
at. Is - I p Crrz.-zz Allp
topics prtAted.
Sponeor-Ing agttcy; - Clavnoy upravlanlye 61drcftst60r0lQ61^hA0k0T
x.lua.by pri Saveto X,-nat;., 553R.
Reap. Zd.1 V.A. Uryva,.,r, Ed.. V.3. Prtto~opovj Tweb. Ms X.T. :,-6
Brarlina.
PURPO Zi This work'Is intended for meteorologists, hydrologi
hyd Rged In the study or
Srophysiciets? particularly %hoe* ang
and It* and evaporation processes.
COVERAGE: This book contains papers on hydrophYsIc4 which were pro-
aented and discussed Third All Union Hydrological Conferetu:e
In Leningrad, Octob. 1957. The Conr;rence published 10 volumes
an various aspects or M.,logy of which this is number 3.
editorial board in charge of the aeries Includei V.A. Oryvayev
(Chairman)o O.A. Alekinj Ye.V. Blixnyak (deceased), O.N, borsuk,
X.A. Volikscov, L.K. Davydov, A.P. Dowanitakly, O.P. Kalinin, 8.X.
X-Itakiy, B.I. M14elin, L.P. Mancim, X.F. Henkel', B.P. Orlov,
1. V. Popov, A.K. Proakuryakov, D.L. Sokolovsklyr O.A. Spengler,
A.I. Chebotar*v, and S.K. CherkavskiY. This volume In divided in-
to 2sections: the firmt. contains reports from the subsection
for the study of evaporation processamp and the second contains
reports from the snow and Ice.subse.tlon. References accompany
each article.
1110va
P1110va, T-V (Candidate of Physical and Mathematical Sciences,
A
GOO Leningrad) Radiation Balance of Water Bodies 42
Vorontsov ?.A [Candidate of Geographical sciences, 000 Lenin-
~~Fa C L
trzR-In'ChOl'acteristics or Meteorological Conditions over
(Junior Scientific Workert GOO Leningrad) The
ff ~Rvllva ~Nr Surfaces on the Air Transformation .59
Dolt 4 -tVa N.13 (Candidate of Geographical Sciences, Trip
i~Z
-Mobco~l MIU-;atlon Into Deep Beds in Relation to the Determine-
tion Of Evaporation 64
YQn11AMtIa2x--A-?., and VA Pu
_nghkArs3L, (Candidates of Physical
and Xathematic Scjtncos,-6~0 ningrad.) Basic Trends In the
study or Evaporation From a around surface 72
VXOIR~ [Corr*oponding Nesiber or the Azerbaydzh9n Aca-
dewy or Science&, Doctor or Agricultural sciences) Relation be.
tween 3011a and the Uydrological Conditions 84
Ro!um2y_-Y-=- [Candidate of Technical Sciences, GO$ Leningrad)
Dittralning Evaporation bY the Host Balance Method Using the Data
,0.1 Standard Hatoorological Observations 92
Runtg,_W P; _lCandidate or Geographical sciences. GOO Leningrad)
Th rjjP a
red ent x thod ror DeteraInIng Evaporation Prom
t M _t
Ind It& Application Within the Station Network
KO I - [Candidate of Physical and Watb"atical
notAjL.
NIGL 001 Valdall Computing lhaparatlon Prom the Ground
Accordinj to Data Supplied by Meteorological Stations 103
3truzar"JL ECandidate of ftssical and MathesatiaLl. Sciences I
001 Leningrad] Estimating the Error In the Existing Methods for
Determining Evaporation Prom the Ground 110
C
;itl andIdate or Geological and Mineralogical
--- u~fTc~ F rextry, Uspenskoyal Computing Total
1~spor&tlon r the alga Zone as Exemplified loy the Parent Range
of the Xadnokovskoys Poreat District tn the Vologodskaya Oblast$ 119,11-/A

21108
V,0 (2 0,:~ S-) S1531160111410011003
AUTHOR: ~Ya'-
TITLE: Some Quantitative Characteristics of the Development of Cyclones
SERIAL: Glavnaya geofizicheskaya observatoriya. Trudy, no.-103p 1960.
Voprosy dinamicheskoy moterologii.. 47-60
TEM. The problem of cyclone development is studied on the assumption that the prin-
cipal factors determining change in time in a three-dimensional geopotential field are
advection of-absolute vorticity.and advection of temperature. The approach is the
same as employed by I. P. Vetlov(Ref. 1: Trudy Tsentrallnqp instituta prognozov, no.
61,-1957). Thirty cyclones were studied -- 18 in winter and 12 in summer ---of which
-half were deepening and half were filling-in. Data were taken from the surface and
the 850.. 700, 500,and 300 mb levels; a triangular grid with points spaced 300 km apart
was used. The following interrelated factors in cyclone development are analyzed in
great detail for the 30 cases: 1) advection of absolute geostrophic vorticity; 2)
advection of the value 0', (which represents a correction to geostrophic vorticity), 3)
total value of advectionof abso2ute vorticity; 4) geostrophic advaction of temperature.
Conclusions: Additional careful research is required to understand cyclone development
because"it is clear that consideration of advection of absolute vorticity and advecti
Card 1/2 OW