SCIENTIFIC ABSTRACT YAVOROVSKAYA, M. E. - YAVORSKAYA, E. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962310019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


NESHUMOV, B.V., kand.1okuBstvoved.nauk; KOSHIMEV, A.Ye., arkhitektor;
ASMOVA, T.Ye., arkhitektor; SHIMYEV, V.H., arkhitektor;
VOSHCMIOVA, G.K., arkhitektor; GCRBWOVA, V.A., ark-M tektor;
KOVALIKOV, V.G., arkhitektor; MARKL"M, Yu.S., arkhitektor;
__YAYLROVS9A-YA-;-MwX~, arkhitektor; OGRYZEO, P.Y., arkhitektor;
TIKHOHOVA, N.V., arkhitektor; MANANNIKOVA, L.V., ark-hitaktor;
GRADOV, G.A., red.; rAVLFMO, M.Y.1 red.
[Furniture and equipment for public buildings; catalog based
on materials from the Exhibition of Furniture and Equipment
for Public Buildings, 1959-19603 Kobel' i oborudovanie dlia
obshchestvennykh zdanii; katalog aostavlen po materialam
vystavki mebeli i oboradovaniia dlia obahchastvennyih ndanii,
1959-1960 gg. Moskva, Gos.izd-vo lit-ry po stroit., arkhit. i
stroit.mterialam, 1960. 186 plates. WRA 14:2)
1. Akndemiya stroitellstva i arkhitektury SSSR. Institut
obahchestvennykh zdaniy i soornzhaniy. 2. Chlen-korrespondent
Akademii stroitellstva i arkhitektury SSSR (for Gradov).
(Furniture--Catalogs) (Public buildinga--Equipment and supplies)

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YAVOROV3KAYA, S. F. Cand Chem Sci
Dissertation: "Removal and Detoxification of Mercury and Its Vapors."
25 MAY 49
Moscow Order of Lenin State V imeni M. V. Lomonosov
SO Vecheryaya Mooskva
Sum 71

Dowtamination and removal of Slowed Mercury 6Y
ferric chloride. S. F. Vayurovskayst, Gilim i Adilt).
FeCl, is a mml riltv-
live dectintsminant for Ils dTOO; the coating produced
an the droplets is more effective anti durable than is thAt
formed by other agents, oll, dil. W%%, KiloO., HIS, 5
conubilons, clay. The effect It th4t of sharp lowering of
the Vapor pressure of lig in the surrounding m1r; thui 1.5'
mt./cu. tn. conen. was reduced to 0.01 let cipts. Li,ting
Up to 70 days (ist thr void of the perit.1 a rise Q( 0.07, wA.
noted). Ko-AAApoff

t :z i~"~ Wr 7~~' 1_1 f g Z~ p i
CP
thracene red bgkk*
waorptim (elk,
scmkd matwidfa as to poor l4wrplion. to
jv*jvjAm boAdiag "d 11 tim'. point
*1 &.1%. iow idorptim low im.
jwd go" WmUll. a
on an bilky.
ble materialf allow Pum or 00
tges;
"my PC l0am
oJiM01119- Tkie do- not apply to PI&Mef'"' do@, wid d=;4;;;;NH,y. edwritim.
,0 dm
and b6ck teatiles. The bcbavkw in rt-
=to I Is P. -.1%, uaitysUeondsM . laccwton lpillots.. warypow
aw ideW.Im ybypor
I= rtl doat shfwcftlw Illadballs Powsb4lity;
im IM4 effect cd Allen Wit ibO 04"Klufc- Set"- " til pardwast. Cray -bbO'
dum peruseability swptlWi
too, &. A Mtwneus figammtly re perft;jty. poor WOW. ;h~ b.
0, UW. TUC dew. true done in PeW dishes very pow joad wIMOWM, slW 4"OrP-
*M adjailtku vaterjobs. with de- 'wy pox
cWtS. HS ,vcred with mbectil of pcrmft:7,'y. loedkun~~,.d-
the teit- coverills by nicaus her' iEr~
tectim being time an the outer side of the . white teltiles: way good very gow-
Leal pope" at Ww- Expts. an gorption tim. I - bL-ck lei
of Preetba- I - S~A dc1twpoon.
Woe fan for 3 amths. The jQWwWg Fmits were ob- uxptl*u' "Lly G.
I&hwd: asbaKof cardboard: MW peruliability. tood rat- amliulo. P00C., Itsp.
." dewrPtion' allbestus wWWovd: pwr -
ul =~y7 Vad WWOWS!' --We: biab - -
pod devOW1011; 1 6 VWY
flor PM ty, p _ &W-pdam. p-:="Pa ; very
lrptwu; wood
lily. OW admarpticis. 00 d- de-
mmMurn ma and
Pa ty. pow ad-W ;Nuty, Ttry
A41mated wood: Mv POW Pem

,
3
5
~E R
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54
N
_
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"I
3

ing It.
nonin urfous or remov
1952 No. 20, 72
lo
611~-Ol RmIXI lid rb-3 119 V'-IPCr I
5, an I)v Irc,,l train sm(411 qu""t't'm
f".Ctively. M of soll) ~'- of I-.,Cl, or of ciftuhlo,14
of inct.3111c 119 with the "" of wotkulotns CrIA U ""1:f'
of snijur arat Clay. The 11'allA "Creitst its urlinrptive J)[()P,
terial tmlt(ll to I
finlihed
11111
With poruas lorcd cotton clothing
erties for-fig vallor. Light-Co
n of the
Lj recommended ILS best [of Protmtlo
Ityine
to high gj(373 D~ c
bodY against 119 "rOrq.
D "fT
4.
ZIR
ip

YAVOROVSUYA, S.F.
Comparative evaluation of permeability and adsorptive ability of
mercury vapors in various construction and technical materials. Gig.
sanit., Moskva no.12:15-39 Dee 1952. (OLML 23:4)
1. Of the Central Scientific-Research laboratory of Hygiene and 1pidem-
iology of the Ministry of Ways of Communication USSR.
J.

YAVOROVSKAYA, S.F.
. 1-1 :;o.,
Rapid method of determination of mercury vapors in air. Gid. sanit.,
Moskva no.4:48-49 Apr 1953. ((;IXL 24:4)
1. Of the Central.Scientific-Raisearch Laboratory of Hygiene andLpidemi-
blogy of the Ministry of Communication Routes USSR.

YAVORSKAYA, S.F.
Rapid indicator determination of the content of mercury in structural
m4terlidi. Gig-iona i SeLnif.'-'53. Iffo.4, 49-50. Ma lk 6:4)
CA 'no. 21: 11072- 1

YAVOROVSXAYA, S.F., kanclidat khimicheiskikh nw*; POLUBINSM, A.L.
Pseudoliqueftetion applied in gas purification. Mils.prom. no.2:91-94
Mr '55. (mraA 8:8)
1. TSentrallnaya usachno-issledovatel'almya laboratorlya gigiyeny i
apidemiologii Ministerstva putay sodbehohonlya.
(Scrubber (Chemical technology))
IVT~`

;:. - w , v.- ~, ~: , ~~ _~i! "! , _. ,~
WE
EXCERPTA MEDICA Sec 17 Vol 5/3 Public Health Yar 59
926. RAPID METHOD OF DETERMINATION OF FUMES OF BENZOL AND
BENZOL HOMOLOGUES (Russian text) - Y a v o r o s k a y a S. F. -
KHIM. PROMYSH. 1956, 6 (46-47)
A rapid method has been developed for the determination of fumes of benzol and
Its hOmOlORues based on the reaction of the aromatic hydrocarbons taking place on
silica gel, using formaldehyde sulphuric acid as Indicator. The content of the
vapours of benzol, toluol and xylol in the air is determined by comparison of the
length and shade of the stained layer of the indicator with a standard scale. The
organic substances, with the exception of the higher aromatic hydrocarbons, do
not interfere with this reaction. Where only benzol or one of its homologues is
present in the air. It is possible to determine its content with an accuracy of up
to 0.05-0.1 mg./I. The method recommended permits a rapid and simple deter-
mination of the vapours of benzol. toluol and xylol in air. with a degree or accur-
acy, in the author's opinion, that in adequate from the public health point of view.
(S)
t
-711
'Q~
7-j
aPf~,-
P

YA /f ft-I H-1
USSR/Analysis of Or(.7inic Substances. G-3
Abs Jour Referat zhur Khimiya, No 6, 1957, 19685
Author S.F. Yavorovskaya.
Title Express Inalcator Method of Determination of Vapors of
-Benzene and Ito Hemologs.
Orig Pub : Khim. prom-st't' 1956, No 6~.366-367
Abstract : In order to prepare the indicator, silica Gel (ASK, MSK,
ShSK or KSK), crain size 0.25 to0-5 mm, is treated with
boiling diluted HC1 (1;1)) washed, roasted at 8000,
treated with concentrated H S04 (5 to 6 ml per 3 9))
heated tLntil.SO3 is eliminated,'and 4 to 5 1 of air are
suckled through it, the air having been passed prelimina-
rily through a 3yj solution of CH20. The indicator con-
taining about 30'A of H2S04 and 3% of CH20 is put into
tubes (dia. 1.5 rrj:i, len6th 80 riun, layer heirght 60nn) and
closed on both sides with cotton plugs and powdered por-
celain or glass. The contents Of C6H6) toluene and
Card 1/2 - 6
(17 zodj!r. A/Y We- 'EP I de 0 A
r
.
11
5

50) SOV/64-59-4-w2l/27
AUTHOR: Yavorovskaya-, S-, F., Candidate of Technical Sciences
TITLE: A Rapid Method for the Determination of Chlaro-orGanic Compounds
in the Air (Bystryy metod opredeleniya khlororganichoskikh
soyedineniy v vozdukhe)
PERIODICAL: Khimicheakaya promyshlennostf, 1959, lir 4, pp 77-79 (USSR)
ABST1*11AC T: Withthe development of the chemistry of synthetic fibre the
investigation of air as to the presence of poisonous
chloroorganic compounds, as for instance tetrachloro alkenew
,
'
becomes important. The different investigation methods of this
kind may be subdivided into four groups. The rapid determination
method which is based on the coloring of the test paper or the
flame is not so precise as the analytical method but it is of
interest because of the-short time it requires. Since the W
molecules have four chlorine atoms and thus intensive coloring
of the-flame is obtained, in the present case a corresponding
rapid method was worked out, which is based on the Beilstein-
reaction. The'operation curves were plotted after several
analyses which were made after the microcombustion and flame
Card 1/2 coloring. The organic substances in the air sample were absorbed

A Rapid Method for the Determination of SOV/64-59-4-21/27
Chloro-organic Compounds in the Air
either on a resting coal layer (activated charcoal) in a special
glass tube (Fig 2) or on a pending coal layer in a special
absorption vessel (Fig 3). Complete absorption occurs with air
current velocities of 10-15 1/minute. The activated coal with
the absorbed substance is put above the flames on a copper grid
above the flame in an attachment (Fie 4) and the duration of the
flame coloring is measured with a stop watch. According to the
aforementioned operation curves the content of (I) may be
calculated. The determination results obtained from air and
alcohol solutions (Tables 1,2) show that the minimum chlorine
content which must be in the sample amounts to 0.5 me chlorine.
The method was checked under working operations and yields
results which are well in line with those obtained after micro-
combustion. There are 6 figures, 2 tables, and 6 references,
3 of which are Soviet.
ASSOCIATION: Institut gigiyeny truda i profzabolevaniy Akademii nauk SSSR
(institute of Working Hygiene and Occupational Diseases of the
Academy of Sciences, USSR)
Card 2/2
j

Y
Determination of small amounts of chlorine organic compounds in the
air by gas chromatography. Khim.prom. no.8:573-577 Ag '61.
(MIRk 14:8)
1. Institut gigiyeny truda i profzabolevanly Akademii meditsinskikh
nauk SSSR.
.(Chlorine organic compounds) (Gas chromatography)
Jgz~ P51,1
k

YAVOROVSYLAYA. S.F.
Saparate determination of the components of certain gaseous nixtur"
,in the air of industrial enterprisoo by the method of ga&-liquid
distr4tign chromatography. Trudy Kom.anaJCkhim. 13:269-276 163.
'. I i (MIRA 16:5)
1. Institut gigiyeny truda i profzabolevaniy AM SSSR.
(Gas chromatography) (Air-Analysis)

YAVOROVSKALYA. S.F.. ~c~.khim.nauk
Absorption of gaseous and vaporous harmful lngredie4~9 from
tho air by a boiling layer of solid sorbents. Gig. i san. 28
to-1:36-38 J&163. (14IRA 16:7)
1. Iz Instituts, gigiyeny truda i professionalinykh zabolevaniy
AM SSSR.
(AIR -PURIFICATION)
~p

DREYZI21, R.S.; ZUBOVA, Z.F.;_XAIIOROVSKATA, V. Ye.; BOCIIAROV, Ye.F.,-
FOKITAJ, G.I.; BALANDIIIIA, A.M.; ROZINA, E.E.; VOROBIYEVA, R.N.;
ZALESSKIY, G.D.; ZHDAITOV, V.M.
Serological properties and pathogenicity of the R-virus in
suckling mice. Vop. virus 9 no./+:462-468 Jl-Ag 164
1. Institut virusologii imeni D.I. Ivanovskogo AMII SSSR,
Moskovskiy nauchno-issledovatellskiy inatitut virusnykh
preparatov i Novosibirskiy meditsinskiy institut.

YAVOROVSKAYA, V. F.: Master Chem Sci (diss) -- "On the effect of iwlfuryl
chloride on certain terpenes". L'vov, 1958. 20 pp (Min Higher Educ, Dnepropetrovsk
State U.im 300th.Anniversary of the Unification of the Ukraine with Russia, Chem
Faculty), #100 copian (KL, No 8, 1959; 135)

KALINOVSKIY, M-S-; YAVOROVSICAYA V 11
P,-ZffOct Of sulfurYl chloride on d--pinens. Ukr-khia-zhur. 25 no.l:
107-110 159,
(MIRA 12:4)
le Dnepropetrovokly gosudar8t,70nnYY Universitet.
(Sulfuryl chlorlds), (Pinene)
V!

YAVOROVSKAYA, V. Ye., Cand tied Sci (diss) "Aggressive pi,operties
of hemolytic streptococcus arid immunobiological indices in pativnts
ill with scarlet fever." Novosibirsk, 1958- 10 PP; (liovos2i.birsk ~~t~,te
Nedical Inst); number of copies not given; price riot given; (FL, 21-63,
132)

DREYZINj R.8 YAVOHOV IDINAP A.1-1.1 SHURIN, S.F.j
A 4. d SKAYA, V.Ye.-i BAL41 I
XZ,GM A.N.; ZALESSKIY, GIDIj Zfl
A N .; MOSOLOV, DANOV.0 V.m.
Group of new virus strains, the so- ed R virus. Vop virus. 6
no.5:521-532 S-0 161. 15:1)
1. Institut virusolokii imeni D,I.Ivanovskogo AMN SSSR, Moskva i
Novosibirskiy meditsinski in titut, Rovosibirsk.
(V yU~

05~~,
EN-
P-P f"',

IASHBELI,, S.I.; KHIL'2,'R.G.; YAVOROVSKAYA, Yu.S. (Gorlkiy)
Prevention of occupational poisoning in workers of granozane
plants due to inhalation of unithiol aerosol. Gig. truda i
prof. zab. 4 no.12:16-20 D 160. (MM 150)
1. GorIkovskiy gosudarstvennyy na-Lichno-iosledovatellskiy institut
gigiyeny trudai, Fwo:CcuaiormI'nykh zaboloyaniyo
(HERCURY CRGANIC C%IPOUNDS-TOXIGOLOGY)

YAVOR3KAYA, Z.A.,; VYMfTIII, F.S.
Lxperience in the decating of felt footwear. Tekst. prom. 24 no.7:
76-77 J1 164. (:=,a 17:10j)
1. Starshiy inzh.-tekhnolog Ukrainskogo nauchno-isslodovatellskogo
instituta tekstillnoy prorVshlennosti (UkrNIILT) (for Yavorakaya).
2. Zavoduyushchiy sektorom valyallno-voylocImy1ch i fatrov.(kh izdeliy
Ukrainskogo nauchno-issledovatellskogo instituta tekstillnoy proV,
shlennosti (for Apykhtin).

A~ V V 1j]".L PL'* L.
YAVORKOVSKIY, L. I. -- "Dia nostic Significance of Lactic Acid in the Gastric hice."
Latvian State U, 1949. In Eatvian
(Dissertation for the Degree of Candidate of Medical Sciences)
SO: Izvest~ya Ak. Nauk Latv&skby 6SR, No. 9 Sept., 1955

YATICROVSKIY) A. A.
"The Mechanism cl-,the Grignard-Idurtz Reaction and the
Synth6sis of OomeFattyl-Aromatic Hydrocarbons of C - C21L Compo-
sitlon.11 Cand Chem Sci, L,vov State U, Llvov, lq~R, (Rzffkhim, No 3,
Fab 55)
SO: Sum. No. 631, 26 Aug 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Educational Institu-
tions (14)
-v~
_M.
~i Rr, mgm .5
4- lzi;-Va
V
-AT
Rf
i2
07
f Pq
'-fig at.
~g,

USM/Chemistr7 - Organic chemistry
POrd IA, Pub, 116 7 16/24
Authors I 1-falinovskiy,, M..S,,, and Yavorovskiy~ A. A*

-Title I Synthesis of alpha-bromethyl benzeme and alpha-brcxnisopropyl benzene and
t1heir appItcation- in_(;T1z.An&rd_ reactlons-
Pario-dical t Ukr, khi,m V zhur. 21/2,, 240-244, 1.955
Abott-act --It was-established that-the ~ saturation of. styrene or methylatyrene with
hydrogen bromide in an-6ster, eblorofoi-m or carbon tetrachloride solution
offers high yields of alpha-bromethyl benzene. The properties of alpha-
bromisopropyl benzene obtained through high vacuum distillation of the sat-
uration product are described. The conditions favorable for the formation
of organo-magnesium compounds of alphix-brcmethyl benzene are discussed.
The yields of organo-magnesium compounds obtained during the saturation in
a nitrogen atmosphere are listed. Eight reforancas: 5 GcTman, 2 Russian
and US1171 and 1 French (1882-1950). Table.
Institution -The.-Tvan Franko State University Lvov
Submitted April 20P 1954

-USSHI Chemistry Analytical. cheTdztry
06id :1/1 ~'_Pub 116 - 8/29
.~A,Uthora Malinov-skiy, M.- S., and-Yavorovskiy,.A. A.
-Title 1. Synthesis of 2-phenylbutatie.and 2-phenyl-2,3,3-trimethylbutare with the
aid of lithium-organic compounds
'Periodical .s. Ukr..khim.. zhur.,21/6, 723-725, Dec 1955
Abstl~act
BY combining alpha-bromo-isoliropylbenzone-with tertiary butyllithium and
lithiumtriethylmethane the-authors obtained.two.-hydrocdrbons --2-phenyl-2,3,-
3-trim-e-thy-lbutane and 2-phenyl-2-methyl--'),3-diethylpentane. Another hydro-
carbon __2-~phenylbutane - was obtained in an analogous manner from lithium
ethyl and alpha-bromethylbenzene, It was established thzit the very same re-
actions but with organo-magnesium compounds instead of lithium-organic ones
did not produce the hydrocarbon desired or the yield of the hydrocarbon was
extremely low. Five references: 1 USSR, 3 USA and 1 Germ. (1876-1949).
Institution LIVov State University im. 1. Frilinko; Facti.1ty of Organ. Chaii.
SOmitted Hay 28 1955
p -
14. ~4 qv,-,A,-RN
-IS
M
NN

4'i if i4traitolet Irradiation an grlzpnoau.-
kneTIVAI com
Mel and A. Aj. VAV'~'rov jj i=ic
kv" no
Is O"Mrs-tw Mat we fe2ellon of Mg with RX in t r prrwaca
of ultraviolet radiation 19 a rdd"t rt7actlon, while the forUIA-
tiort of free radicals on Irradfution of RNigX soins. Is estab-
jigbad, When IM was added to Mg and EtjO while bein
i filtuninated with UltravlaItt, the reaction usually corrune=
0
dIA I Ultraviolet Iflum
te Y. [nation during the formation
X
of RbIg aye Improved yields (improvement or drop In 0'
for IILNrfflr (8.7%), BuNtgBr and PhhfgBr (15
-tvbik tbz follorwins gave lower yields: L
-~PrNfgljr (4.5 0
-fluJ&fg11r (0%). MePtCHNIgBr (9.4%); in C~Hs as the
solvent tvith wfalysis at the rcaction by a little
i: foll6tylas abowed decreased yields of RNtgX
when illuml-
'bated with ultraviolet: iso-PrAfgl (11.1 ISo-B
and Iso-AmAtill (14.4%). MCBM
gBr give the
I: raMS rcsu ts
I in both instance. These re3ultsindicate the
I Initial formation of R radicals which react with MjX radica
1. is
Nor the primary halides, and R radicals renctink with Nf&Xs
-'for secoudary R radicali.. The reactions virt In Cill, gave
t:nutouly Riproducti but abo RPb, which [pelicates the radl.
CU uatuj
I o of the reaction (bo,-PrPh. ko-BuPh. and Lzo-
A it isolated). Illumination of prepd, Rl
wt MgX re
rsulted in no pa evolutibn from Me3fgLWfiik R01gBr gavv
a mitt. of satd.* and turmtd. gaseous hydie.--irbons. ap; ter
~ar-
(eutly CjHs and CsH4, formed from Et radicals; the fat
i itaction also yielded a ppt., which on trcatirumt with IlrO
pvc C*1f4; the quint. tpsults In4icate that Illumination
vlowertd the concn. of EtAug in the Soln. and raised thut of
EtA(gBr- the react!on of EttMg I. of radical type Involving
'decotapd. Into RN
fg and R radicals which then 4eld
P-Nfgx and X radicals; the latter reacting with li'?"Ig
yield R?JgX. BuMgBr did u6t yield gases under ultra-
violet Illumin4tion. . When miits. of R, 7
MgX and ICA were
Irradiated there was a slight (6-7%) apparent reduction of
available RM&X, possibly thrijugh formation of Rj, Ci.
P Gilman and Heck, C-4. 24, 2120. G. M. Kn:!~
"M
~Z q~
Mv~
U.4
7 - ;:a
j if
.- -;

YF-'vDRQv~ it, A -

id-wijm relic ti-In'
aclianlism of Jim Orignix
'
V"
T
juid propettles o( 2,34pheny
A~ V
& A. Yavoro"L f. S. TTalinuynkil (State Univ.

h '~5 2
-ehd 'Y A (I
V
=rrai-n. KPim, Zb;tr, 21, lipirwarLwim
rcl)t)rtctt by 0. lVixMich (d, Chcot, Zentr. 1899, 11, 1017)
'
~3(19112
id Klari-i (Dcr. 35, 26, ')1 tvi havifig the formulit
at
CIIIIIII ditilcr. fr~--m vich v-1her in phyg. prop~,.rtle~'f; The
Itydrocarti(ii. rct,cirt(A by in. oil heating
with i(KHric ill all aIIIIIIII 8 lim at '-Y36-10 pive.3prixitictsof
ismnexle -,t-tur- oil, 4 dir- b.. 151-2'. th~ oth,r, at-
21`4-0.5'. O6'mj')q C.f Al 3 Willi K%bio"
gltvc AcPh. ittdic:itioz tile 4mim Anictum fpt all thirc; X-
ray diffrat;Nfm 41 of 1111! :1 sillvitalivr5 show siltillat
ilislwo~ijhii i,r tlv~ pmttrw; but fllffi!ma lipiwiiigtt, lmllviiflilK
differcitt Ltttim , paranwt-rs. The Griltmird reactiott fif
PlIcIsr'McUt r';l" C151f-7,111. 1 J~t-'.W (d. I'alikiriand Lyubi.:
Illova, C~I. 41-1!~S'f J, a-q W~jja~ tile Ifflijil fonn. whicil w;m
di'D lwfud :,1 0, fa- '~f tlj'v'4'jljiJ SlIb.1:l$1fX. kVllttZ TiZaCOm.
(if :4- gave tile prExhict, tit, 119% arid gmiter
llfflthi. or iiquiii poonct. 11mfin. (if C,,11,1 nci-lorglitig to,

TAvo?,Ov SK Y, A. A
0,;,Ilcchanlsn of th", 6lignud-Wurtz rf-,dItiu-- I- Sy"
fil,.rofn~tjc jiydrocarbon3 fTOM benzYl
Of GOInD -jibenzallO, and a-bmtl'O,-motllylf"tjlyl-
lorlde, ci-bromoetll~ A. J
411~clnnne. hl. S- Mil . trlwAatioll)~
G,*1l Ch,-,,f. U.S,S.R. 25, ~2
C.A . 5o, 9311 d.
~54
N-2 Q
En

'V I i V
k"Methplult of tha d,"rlt-WU112 reaction, I. gyn-
thtsis d galneur pUr "Al as y
rig #40;w - -,.
2-d-MOD1 lid
Kilfthff""Iffi. V"Lnd . -, .
U=., l,Vuvj, tj Krim.75, AZ.UW-IKl
cf. C.A. 119a
SU-,-Wla.-Reactian of J'hCIf,Cl with ISO M.
bIlBr In 0 Jim at Do' kave 33% iso-AinCHIPh, 21.7% 2,7.
dimethyluctane. a%, MePh, ?% PUCI IIC4114~1 foci I,Pb,
and 137a utlidtiotitled lim-lucts. In IlMg8r,
there was furtmM 3 eU a 3.44-'
U&emethy1hexane, and souTe lkfc?h. With A-fe,c gCI there
formed 2470 PhOhMes, 26.5% AfePh and % ct4litil
With Et*CNtgC[ there formcd 19.61/0 PhC110.1o, 2.9
bleft, and 8.7% hightr hydrocasbons. RegclWn of P!
CHBIeBr with EtN',gBr gave sirnilarl~ 8% I'hCflr.IeFt;
BuMSBr gave 2Z7 PhCHMeBu and 0 a n-miai,e; Mellt-
CH?,IgBr gave 4% PhCH*fcCHMePh and -00% 3,4-di-
methylhexene; AfeaClfgCl gave 43% MeM-les; PhCHr-
MgCl gave 2070 PhCHNICCILPh and 44 o (PhCHvN.'
,0
R=-ion of PhCAl"Ur with EtNfgBr gave 34,~ PhC?.fe,Et;
With iso-PrAfgilr there was fornottl 25,5170 PhCNfekCIINf";
with isr>-DuMgBr, 18.3% PhCAfejCHCIINfe,; with
BuMgBr, 27% PhC,%fe,T)u; with MejCMgCl, 45% C)6fe,)V.
and with !so-AmANfgBr, 9.2% iso-AmCl 10.6%
2,7-41imethylactane. I-Pkmyt-2,2-dWkylbtaan~bg#112-15',
d,, 0.867. nl? 1.4995; 2-PAenyl-J-mdhXpenlqffe b~. 110-12*,,
do 0.962, mV 1.4890; 2-phenyl-2.3-dinulkylbulane br. 197-
200* do O.VS, n:V 1.40,15, G. M. Kosalapoff
-77
"ZI

137-58-1-2138
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 290 (USSR)
AUTHORS: Yavorovski Galibey, L. I.
TITLE: Polarographic Analysis of Type Metal (Polyarograficheskiy
analiz tipografskikh splavov)
PERIODICAL: Sb. tr. Ukr. n. -i. in-t poligr. prom-sti, 1956, Vol 4,
pp 104-126
ABSTRACT: Conditions have been found for simultaneous polarographic
analysis of Sb-Sn and Pb-Sb. Determination of Sn in the pres-
ence of Pb requires prior separation of the two, as their half-
wave potentials coincide under all conditions, 0.2 g type metal
is dissolved in concentrated HZS04 and H?O is added to the
foregoing, together with the PbS04 precip itate, to bring it up to
50 cc. The solution is filtered and 25 cc filtrate is supplemented
by a background solution (132 g NH4C', 80 cc 15 percent HCI,
24 cc 0.5 percent gelatin solution, and 600 cc H20) up to a total
of 100 cc. The Sb and the Sn are subjected to polarography in
an H2 atmosphere. Cu and Fe may be analyzed simultaneously.
If the Cu and Fe content is greater than 1-2 percent, the peaks
Card 1/2, of the Sb and Sn waves diminish, and this results in under-

137-58-1-2138
Polarographic Analysis of Type Metal
reading of the results. If this is the case, additional curves have to be
plotted for p~irposes of calibration. Under these conditions, Ni and Zn do
not yield diffusion current and may be determined separately against an am-
monia background after separation of the Pb in the form of PbC03. It is de-
sirable that Cu also be determined against an ammonia background. The
disagreement of 'the results with those obtained.by chemical methods is ap-
proximately 2.5 percent for Sb and approximately 5 percent for Sn.
N.G.
1. 'ryne vetals--Polarographic analysis

137-58-1-2137
Translation from: Rieferativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 290 (USSR)
AUTHORS: Yavorovskiy, A.A., Shimanskiy, V.M.
I ~ -
TITLE: Semim icroanalysis of Tin and Antimony in Type Metals
(Polumikroanaliticheskoye opredeleniye olova i surlmy v
tipografskikh splavakh)
PERIODICAL: Sb. tr. - Ukr. n. -i. in-t poligr. prom-sti, 1956, Vol 4,
pp 127-134
ABSTRACT: 0.1 g alloy is dissolved with heating in 3 cc concentrated
H2S04. After cooling, 10 cc HCI (1:1) are added to the solu-
tion. It is heated until the solution clears and is then titrated
by 0.1 N KBr03 in the presence of 0.2 percent methyl orange
until it is colorless (at 70-800). A control experiment is con-
ducted parallel thereto. After titration 5 cc 15 percent HCI are
added, as are 10 cc of water, and a 30 cm spiral-shaped iron
wire is introduced. The flask is closed by a plu with a bunsen
valve. As a result the PbS04 dissolves, the Sb+% is reduced
to the metallic state, and the Sn+4 to Sn+2. The solution is held
at a temperature close to the boiling point for 20 minutes and is
Card 1/2 filtered through absorbent cotton in a flask with 2-3 pieces of

137-58-1-2137
Sernimicroanalysis of Tin and Antimony in Type Metals
marble and 2-4 cc 5 percent HCL The flask is closed by a plug with a bunsen
valve, cooled by water, pieces of marble are added, and the analysis is com-
"Pfi6ed!"With iodometry. The time required for the analysis is one hour. The
results of a verification of the method are presented.
1. Type MetaLs-Preparation
4. Titration
Card 2/2
P. K.
2, Tin-Detern-ination 3* AntImony-Determination
N

USSR/Pbysical Chemistry - Colloid Chemistry,, Dispersion Systems. B-14
Aara Jour: Referat. Zhurnal Ehimiya, No 2, 1958, 4044.
Author R.V. Kucher. A.A. Yavorovskiy, M-A FOvbuz.
Inst
Tiile Study of Colloid Properties of Sodium Salts of Sulfosuccinic
Acid Esters.
Orig Pub'- K0110idn- zh-, 1957., 19, No 4., 454-458.
Abstract: The surface tension isotherm of aqueous solutions of sodium
salts of dimethyl) diethyl, dibutyl, and diiaovW1 eaters of
sulfosuccinic acid were studied. The micelle formation in
the three lower salts is displayed in aqueous solutions at an
insignificant degree,, which is confirmed with the values of
the critical concentration of micelle formation and of the mi-
celle-molax weight determined by the light diffusion method.
Diisoamyl ester possesses clearly expressed colloid properties.
The conjugate solubility of sudan III starts to increase no-
Card 1/2 -5-
USSR/Physical Chemistry - Colloid Chemistry~ Dispersion Systems. B-14
Abs Tour: Referat. Mzurnal Xhimiya, No 2, 1958, 4044-
ticeably in the series of aqueous solutions of lower succinic
acid eaters beginning from dibutyl ester and it is especially
great in the case of diisoamWl ester-
Card 2/2

TZAKOV, Fe 3-1 k.4 Yakc,,;levich.; kand,.takhn~naukq dot-,;ant,-. YAVORSHCHURO, Nina
Yovgenlyevna, aspixamtka-
Pxcurwty -,f oorting mat-arbuls using drum-type eloctrlc corona
dischargo aelAratore , X7,v.,vya.ucheb.zav.d, olektromokh, 8
1650 (MIRA 18s 2.0)
1. CWvabinaldy institut, mokhanizatAil I el&UtrirJkat-sii sellskogo
IchozMstva (for Izakcv). 2* Kafedra elektrotekhniki Rostavskogo
inetAtuVA sr-.jlakckbo-?yayntvennogn maighinostroyenlya (for Yavorshchenko).
-fie:

p,
kzilennk ;~ . m. Z-`,`1AVJ%;lYA, G.D.; FOCIETKOVAil
Ab~;,-)rption spectra of' vcm furrocena dej-j.vaLj~;c-
I . A N
18:2)
Iristi tut rnws'-~ kh :30yedinenly AN SSSR.
0!3
gq;
14Af

LYASHCHENKO, T.V.; YAVOROVSKIYP O.K. [IAvorovslkyip O#-K.)
Experience in the mechanization of production processes, Leb.pron.
no.4:53-54 O-D 162. ~MIRA 1625)
1. KharIkovskaya shveynaya fabrika No.4.
(Kharkov--Clothing induSt;7)

TTI Q
R
R4
Y-7--
'N"M
-M
R:~
-M

S/194/62/000/005/021/157,
D256/D308
AUTHOR: Yav j~p
0 ~skiyj V.G.
TITLE: A system for controlling and simultaneous indicating
the viater level in the head tank of a thermoelectric
power plant
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika?
no. 5, 1962, abstract 5-2-99 f (Sakharn, prom-stlt
1961, no. 4, 46)
TEXT: Description of a system for regulation and remote.indication.
of Y/ater level in the pressure tank of the thermQelectric power in-
stallation of the Lannovskiy sugar plant. A throttle shutter was in-
stalled.in the water supply pipe of the tankp and connected with a
float inside the tank by means of a lever mechanism; the same mecha-
nism couples the float to a magnetic system comprising a choke coil
on an old 212/12 V transformer core. The choke coil has 200 turns
of 1 mm2 diam. enamelled wire and current is supplied to it from the
mains through a 220/12 V reducing transformer. A 5 A ammeter is in-
cluded into the coil circuit indicating the current flowing through.
,Card 1/2

S/194/62/000/005/021/157
A system for controlling and ... D256/D308
the coils the scale of the ammeter being calibrated in the units of
the water level in thetank. If the water level dropq, the float
opens the throttle shutter and the magnetic circuit of the choke. A
further drop of the level increases the opening of the shutter and
the air gap in the magnetic circuit. The ammeter indicates the drop
of the water level in the tank. Should the level rise,. the process
,is reDeated in the opposite direction. The described system reduces
excessive water consumption and saves el. energy, [Abstractor's no-
.te: Complete tranalationi.
Card 2/2
--H

A-w

JP:

SOV/137-57-10-19182
Translation from: Referativnyy zhurnal,Nfetallurgiya, 1957,Nr 10,p 106 (USSR)
AUTHOR: Yavorshchenko, Ye.l.
TITLE: ~_E~;mp 6`y~ ~-. aXped ]~~ipe in the Building of Farm Machinery
(0 primenenii fasonnykh trub v sell skokhozyaystvennom mashino-
stroyenii)
PERIODICAL., V sb.. Ratsionalizatsiya profiley prokata. Moscow. Profizdat,
1956, pp 279-283
ABSTRACT: The VISKhOM (All-Union Scientific Research Institute for Agri-
cultural Machinery) has developed and perfected the techniques
required to produce 15 models and sizes of shaped pipe (SP) of
square, rectangular, and triangular section, while until last year
the plants of the ferrous-metals industry made only Z models and
sizes of SP. It is necessary to hasten the work of the scientific
research institutions and plants in developing and introducing new
economical sections, to accelerate the development and production
of lightened hot-rolled shapes in accordance with the present GOST
government standard, and,to undertake the development of SP pro-
Card 1/1 duction by shaping. V.0.

YAVORSKAYA, A.A.
Working with a textbook and distributed material in anatomy lessons.
Felld.i akush. 27 no.7:59-60 Jl 162. (MIRA 150)
1. Vinnitskoye meditsinskoye uchilishche.
(A-PIATOMr--STUDY AND TEACHING)

KOZINI VA; CHERVATOK, V.F.; YAVORSKAYA, A.K. [IAvors'ka, A.K.];
~NAKONECHHAYA, A.O.. [Nak6necIhna 'A
Using the dilatometric method for determining the complete setting
(pol,vmerization) of "plastic" concrete. Khim.prom. [Ukr.] no.1:
12-15 Ja-Mr 164. (MIRA 170)
aa,
iU

A;~'4 -.7-kr"
TAVORSKAYA, A iR.
Ubing a planstary mechanism with noncircular Ybeele for generating
an intermittent periodic motion., Trudy Instemaoh. Sem. po teor,mash,
21 no.8l/82sl6-29 160 (MIRA 13:11)
(;echanical
movemezkto)

YAVORSKAYA, B.M.; OSIPOVA, G.I.; YEGORSHINA, L.A.
Epidemiological effectiveness of prophylactic action of phage in
dysentery nidi. Zhur.mikrobiol.epid.i imrm,n. no.2:69 F '54.
(MT,RA 7:3)
1. Iz Tomskogo institute. vaktoin i syvorotok.
(Dysentery) (Bacteriophage)

SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1933
AUTHOR JAVORSKAJA,I.M.
TITLE The Solution of some Problems of Detonation in a Medium with
Varying Density.
PERIODICAL Dokl.Akad.Nauk 111, fasc-4, 783 - 786 (1956)
Issued: 1 / 1957
For the purpose of studying the initial stage of the flashing up of new stars,
the extension of compression "Jumps" in gas masses with eigengravitation and
with a flow of heat on the front of-the compression flow (detonation, radiation,
etc.) is investigated. A glass sphere is assumed to be at rest at the moment
t 0, in which initial density is distributed in accordance with the law
co
Q0 A/r o . The author investigated the not st 'eadied adiabatic motion of
a gas caused by the detonation which began in the center of the sphere. This
gas motion is described by four partial differential equations. The motion of
the gas is, in general, not automodellike. Here strong detonation waves are in-
vestigated, the velocity D of which is considerably greater than the velocity
a of the sound before this wave. (q - a 21,y _0). The term describing the effect
.o? gravitation can be neglected in the equation. The,problem investigated here
is reduced to that of the propagation of a detonation wave in a glass sphere
irrespective of back pressure and t~e forces of gravitation; on this occasion
the problem becomes automodel-like. New dimensionless variables are introduced,
and the equations of motion are expressed by them. Also the HUGONIOT conditions
.on the front of the shock wave are given.

Dokl.Akad.Nauk 111,fasc-4, 763-786 (1956) CARD 2 / 2 PA - 1933
For the determination of gas motion behind the detonation wave the field of the
integral curves of the equation of motion and the modification of a parameter
along these-integral terms a-re studied. A graph illustrates the integral curves
for different W . Furthermore, an expression for the modification of the
character of the singular pointson the occasion of 11he modification ofed is
given.
At 0 2 + I ) the CHAPMAN-JOUGET condi tion can be satisf ied. At
CO > 0 (contrary to 4) - 0) there is no nucleus at rest in the center, and the
moving gas occupies the entire space within the wave front and pressure in
the center is finite. At CU > 2 rl(r + 1) the CHAPMAN-JOUGET condition cannot
be satisfied, and velocity and pressure behind the detonation wave then'surpass
their values which hold in the case of the CHAPMAN-JOUGET wave condition being
satisfied. At tj W 3(~F+ 1)/(31 - I)Jan exact solution is obtained. In con-
clusion the case W > X ~+ 1) (3 ~ - ) is discussed. If the motion is auto-
modellike, it is possible, by means of a qualitative investigation to determine
the charactefistios of the gas on the wave front and thus solve the problem.
However, in the case of non-autoriodellike motions, considerable difficulties may
be encountered when solving the problem.
INS.TITUTION: Moscow State University

Kd Ile 5
IY19
SOV/124-58-3-3044D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 3, p 71 (USSR)
AUTHOR: . Yavorskaya*-Shapshal, I. M.
TITLE: Investigation of Some Transient M6-tions of Gravitating Gas in
the Presence of Detonation Shock Waves and a Magnetic Field
(Issledovaniye nekotorykh neustanovivshikhsya dvizheniy
gravitiruyushche o gaza Pri nalichii udarnykb voln detonatsii,
magnitn'bgo 'I
polya
ABSTRACT: Bi bliogra'phic entry on the author' s dissertation for the degree
of Candidate of Physical and Mathematical Sciences, presented
to the MGU (Moscow State University), Moscow, 1957
ASSOCIATION: MGU (Moscow State University), Moscow.
Card 1/1
-,5-7j

kUTIfOR
TITL&
..YIVORSKLYA I.N. 20-5-19/60
Th 09-6-111'atio-Es of an Infinite Self-Gravitating Gas Cylinaef in tho
Presence of a 19agnetic Field.
(Kolebaniya bo's~oncohnoeo
gazovogo tsilindra a sobstvcnnoy gravi-
tataiyey -Y raagnitnora pole - Russian)
FERIOPICAL Doklady Akad.Nauk SSSA,1957, Vol 114o Nr 51 pp 908 - 99o
4B�TRACT The author here invcstigate3 onedimensional notiona of a eat; which
have become nonsteady and may be connected with the notion of cosmic
masses under the influence exercised by magnetic fields. The author
especially presupposses the followina; The electric conductivity of
the gases is assumed to be so high that the magnotir, lines of force
may be supposed to be practically -"Frozen" in in the m%jiurl. The
author furthermore investigates the problems of radial notione with
oyl~ndrioSLl symmetry under the effect of the forces of Ilewton's gra-
vita'tion and the interior magnetic field. The velocity is assumed to
depend linearly on the distance from the symmetry axis. Reference is
pade to works dealing with this subject. - -
1. The interior magnetic field is assumed to be direotioned along
the sygqetry axis,-and the corresponding ayatem of equations of mo-
tion is written down in cylinder coordinates. Alab the strict pakti-
cular solution of this problem, which is to be investigated herelis
written down. The motion ofthe gas depends on the amount of the oo-
eff~ciente ocouring in this solution. All possible cases are desori-
qard 112 beds 1. The gradients of prcssure and of magnetic intensit;r alre assu-

20-5-19/60
The Oscillations of an Infinite Self-Gravitating Gas
Cylinder in the Presence of a Magnetic Field.
med at the beginning to be positive. II. The gradient of magnetic in-
tensity is negative. III. The gradient of preseuro is negative,the
gradient of magnetic inten3ity is positive. IV. The maFnetic field
in constant. V. Gas pressure is at first constant. VI. The magnetic
field is constant and gravitation forces are laoking.This Pase agreea
with that in which mass forces are lacking. VII. The forces of gravi-
tation are lacking. Pressure and magnetic intensity are constant. In
the case of the existence of gravitation forcen and a magnetic field
which Is directioned along the symmetry axis it 13 ponnible that, in
the case of the here studied initial distributions, gas configurations
fly apart.
g.jn conclusions the author deals with the case in which the magnetic
linee of force are dosed concentric eireles.The solution of this prob,
is mentioned here does not depend on an arbitrary function.
lem which
-
The effect of gravitational forces is in this case equivalent to the
change of the gradient of magnetic intensity. (1 illustration)
4SSOCIATION Moscow State University"u'r,.V.Lomonosov"
PRZSE1jTED BY SBDQV L.I.,Member of the Academy
SUBMITTLP 27,3-1957
-.-4VAIWLB Library of Congress.
Card 2/2
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S.1
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IAVORSKATA, I., kancl.fiz.-mat.nauk
--------------- . Ptabotnitea 37 no.2:26 7 '59- (KM 12:3)
Man conquers sPaCs r, Komissli p0 mozbpla InetnYm Goobehahenlyam pri
I.. TJcbaWY sekreta
Ax MR. (cosmic -pbysicG)
tu.,

"on Bl)me One-Dimensional Unsteady Gas Motions, with Consideration of
Radiation Effects."
report presented at the First All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 27 Jan 3 Feb 196.0.

L 1215-1-66 01-1 ~ d i C
-,-AC-C NRt -AP6000 -SOURCE CODE: UR/0040/65/029/006/1023/1034
541,/,
AUTHORs Yavore L No (K oscow)
ka
ORG:- none Ur
TITLEs Short wave asymptotes of a diffraotion field on a sphere under incident plane
.transverse waves
SOURCE: Prikladnaya matematika i mekhanikay V. 29, no. 6t 1965# 1023-1034
TOPIO TAGS: shock wave diffraction, transverse wave, Bessel function, complex
function I plane wave j asymptotic property EW 0 5**vo9eF- 5-,rc u e -rew E-
ABSTRACT: The problem of plane wave ,di&iaction on a spherical obstacle was investi-
pted'and short wave asymptotes were found for the,aoattered wave displacement in .
various regions of elastic space: lightt umbrat and penumbra. Tho inoident wave Is
.assumed polarized in the x-direction
Wo WO exp icot) XO CXP. 1-1 (of'+ k.;)I,
and the general displacement field-in the-stationary waves is described by
V -VXVXW+W=0~j*
ks' - -1. 1;11.
The plane incident vector is then expanded in spherical functions with boundai7
conditions applicable to solid as well as hollow spheres. The resulting displacement
C.rd 1A,
41,
"-J

j
L 12157-66
ACC NRs AP6610541
field takes the form (k,r)); i
P (t&) Cos 1P +
2n�Ljrcah.P)'(k
W + 1)
0 (k,r) En% sin 4? +
X ~P__, (11) T k,r
Cos sin 0
(k2r) P (0 cOs T 2rT- X
n
n 6 +
jbhP) (k2r) + 11,
+ ro -W-
DP,l (k,r)l X
5 (P Tr"
X (kr) + 11a (k -;-W 00
P', 40 (k,r) + j. (k,r) I Cos (P
151n 0 sin (p + N lc-h-"' 151n 0
S
To [Cnh.(,) (k2r) + j. (kr)] 8p,,,' (11) 1,n yl I k OL
0% ane )/ for k a an( 2
is studied in the coMP1 P1
Th. solution of this equation f t Watson* Diffraction of electric waves
8 orma ion (G so pig. j). The
according to the WatsOll tran Vol* 95t 1100 666) (see al
~by,the earth. proo. Roy. SOO& At 19180 are studied nexto uoing the asYmP--
Wave asymptotes of the above transformation B-ciated Legenare-functions-
totic expressions for spherical Bessel functions and as 0
short is found to converge fast everywherein the umbra
The longitudinal displacement
region whose botinds
-k roe displacement
angl
,~cftjo--seOtiOn-wiA_h-=_ Pex e 7r-20C . The tranove O-domain of
represent -a region coincidenV wJAn--Ahc-9eO2str`i
o showoonvergenoe in thO saMo
eerie
- - - - - - - - - - - - - -
'Card 24
7 IF T-Til:7
-t-In xy--m-, Z~ ~Zwv
; 71,

L 12157-66
.~ACC NR,--AP6000544,--
the umbra whose bowidaries are shown in Fig. 2,
IM V
"M
'
JAM
AM
.141 P
Rev
4
L.C.,
Fig. 2.
Card
"NfRf
Vp

L 12157-66
ACC NRx AP6000541
~A similar diffraction map is constructed for the:"illuminated" region# and a modified
contour integration is carriedout to oalculate-the tranaitional regions of wave
diffraction as well. The author expresses her thanks to 2,_&, Skuridin for his
influence on the work. Orig. art.haet 35 equations and 6 figure64~/
SUB COM. 20/ MU DkTEt 22.Tul65/ ORrG REPS 0091, OTH RM 016
C6rd -41A

--I 32003-66-5W
Atc-NRi AP6013160
SOURCE CODE: UR/0387/66/000/004/0003/0014
AUTHOR: Yavorskaya, I. M. j
ORG Mathematics Institute, Academy o 50-(Matematicheakiy institut)Aka-
demiya nauk SSSR)
L
TITLE; Scattering of high frequency plane longitudinal waves from convex bodies
SOURCE: AN SSSR. Izvestiya. Fizika Zemli, no. 4, 1966, 3-14
TOPIC TAGS: elastic scattering, shear wave, compression shock wave
ABSTRACT: Scattering of station=-wa es-from rigid spheres and spherical cavities in
various zones of the elastic space is studied. The results are applied to smooth bodi-
es of arbitrary convexity. A method suggested by Watson (1918) and further developed
by Fok (1946) and Bremmer (1949) for the acoustical and electrodynamic problems is ap-
plied for the solution of diffraction problems, by setting up basic equations and cer-
tain boundary conditions. The equations for "creeping" waves in the "shadow" zone and
diffraction waves in the "light" zone were developed and applied to diffraction pheno-
menon from smooth convex bodies using a method developed by Levy and Kellov (1959).
The author thanked G. A. Shuridin 1. for her interest In the work. OrIg. art. has: 6
figures, 31 formulas.
SUB CODE: 08AC/ SUBM DATE: l0Sep65/ ORIG REF: 012/ OTH RM 014
Card 1/1
UDC:. 534.26

YAVORSMYA IM. (Mosk.va)
Short-wave asymptotic behavior of a diffraction field on a sphere
under the effect of Incident plane transverse waves. Prikl. Mat.
I mekh. 29 no.6:1023-1034 11-D 165. (1-URI, 19:2)
1. Submitted July 22, 1965.
is; -v
g

IOTKOVSKIY, Aleksandr Arturovich; YAVORSKAYA, I*S. red.
[Economic problems of the automation of Soviet trade]
Hkonomicheakie problerV avtomatizatsii BOvOtskoi torgovIi.
Leningrads Izd-VO Leningr- univ., 1965. 122 pe
(MIRA 18:10)
M.,

TOLMACHEV, Aleksandr Innokentlyevich; YAVOtKATA, I.S., red.; ZHUKOVA,
TO.G., tekhn,red.
~Fundamentals of the study of the ranges of plants; introduction
t6;the chorology of plante]Osnovy ucheniia ob arealakh; vvedenie
v khorologiiu rastenii. Leningrad, Izd-vo Leningr. univ., 1962.
99 Ps (MIRA 16:1)
(Pbytogeography)
n.7

LAGUTINA, Yekaterina Ivanovm; SUEVSKIY, B.N., prof.,, red.;
YAVORSKAYA I..S-,.-xed.; BLIZAROVA, N.A.., tekhn. red.
(AfricA; economic and geographical atu~yj Afrika; okonomiko-
goografichaskii ocherk. Uchobnoo posobie dlia studontov-
zaochnikov pod red. B.IN.Somevskogo. Loningrad, Izd-vo Loningr.
univ., 1962. 73 p. (MIRA 15:7)
(Africa-Economic geograp1q)

ALEKHIN, Turiy Mikhaylovich; YAVORSKAYA, I.S., red.; ZHUKOVA,
Te.G., tekhn. red.'
[Statistical forecasts in geophysics; dynamic and statical
method for the forecuat or geophysical macroprocesses] Sta-
tisticheskie prognozy v geofizike,- dinamiko-statiaticheskii
metod prognoza geofizicheakikh makroprotsessov. Leningrad,
Izd-vo Leningr.univ., 1963. 84 P. (MIRA 16t10)
(Geophysics)
f!!;~q

FAVLOVA, Nim lilikolaye-ma; BABKOV, I.I., otv. red.
red.
[1',hysical geography of the Crimea; a textbook] Fizicheskala
geografila Kryma; uchebnoe posoble. Leningrad, Izd-vo Le-
ningr. unive, 1964. 104 p. (MIRA 17:7)
_u
~ -, - --%- - -,v,- Jl -. i;St" t4, -p,
JQ
R
mk
WM
bit'!
Mval---,~5eRA

yAVCRMyA, K. ya.: Yjaster Med Sci (diss) -- "The problem of the effect of re-
moval of the cerebellum on the conditioned-refley, activity of birds and manwels
(Experiments on doves and cats)". Leningrad., 1959. 19 pp (Inst of Experimental
Medicine, Acad Mod Sci USSR, First Leningrad Med Inst im. Acad I. P. Pavlov),
200 copies (KL, ljo 16, 1959, 110)
_i~ 5

SOV/35-59-9-6979
Translation from: Referativnyy zhurnal, Astronomlya I Geodeziya, 1959, Ur 9, p !=j (u3sa'i
AUTHORS- Demenko, I.M., Lysyakova, R.F., Yavorskaya, L.N.

TITLE: The Exact Positions of the Minor Planet Hobe
PERIODICAL: Astron. tsirkulyar, 1958, September 18, Wr 195, PP 5 6
ABSTRACT: Seventeen photographic positions of Hobe are cited, (epoch. 1950.0). The
plates were obtained by the astrograph MAO AS UkrSSR (D - 4o cm, F - 5.5 m)
during 1955 - 1957; the coordinates o~ the reference stars were taken from
the Yale catalogues.
Card 1/1
i"",-N
N
-j
T 11 -1-61 11.1. , -..- - - -. -;~~. -
I I -, --~ Rr
R K

OWTI
1. YAVMSrATki 14. T-0
20 sm (6oa)
4. J~W
7, COMParative study of group camponents of tho microflora of raw furs
preserved with aoid salts and with brinoo
Trud.y VNIO No. 10, 1951
9. Monthly List of Russian Accessions, Library of Congress, Ydkbrn*rZ 1953, Unclassified.
M m&=
U,
m

OMMSBUY, Ye.S.; YAVORSKAYA, K.T.-
lll~- - ~--- - ~-
Secondary microbes associated with distemper and their variability.
Trudy VNIO no,13:204-206 '53. (KLRA 7:5)
(Distemper) (Pseudomonas)
A~ n

a~'
1
_
"
'
6
~
W
ly
;'UTHOR: 11.-Y
Jr
v
idate of 2echnical Sciences; Yavorskaya,
kn
o
a
., C
,
.I., EnGincer
1~
TITLE: Suction Silt-Condenser (Vsasyvayushchiy sgustitell jullpy)
A7
PERIODICALt Gidrotekhnicheskoye Stroitellotvo, 1958,111lr 4 pp 47-48 (USSR)
ABSERACT: Investigation of the process of sand dredE;ing has revealed the
possibility of separating part of the inirawn vater, rushing
into the tube between the edge of the suction nozzle and the
ground. The flow of water entering the dredging tube under
the suction action of the dred~;e forras a sort of cylindrical
sleeve, entraining at its center the mass of silt. By intro-
ducin6 a thin walled ',pipe into the suction nozzle, it is pos-
sible to transport through this pipe a more-hi6hly-concentrated
silt. This interior pipe separates the water surrounding the
silt (when it enters the nozzle) frow, the silt in the center
of the flow. To incroaae the offoctivc-neas of the drodge, the
section nozzle can be 6iven the shape of a flange or a funnel
as showrn in figure 2. It is recommended to use pumps "NF"
when working with dredging machines "Nz".
;,V;iILABLE: Library of Congress
Card 1/1 1. Dredging machines-Equipment

P7

20-5-23/60
bTHOR: SPIVAK,G.V., KROKWAA.I., YkVOPSKM,T.V,, DURMOVAX.A. - -
TITLE: Etching of Dielectmes by IWi-oBombardment. (Travieniye dielektri-
kov ionnoy bombardirovkoy, Russian)
PER 0 ICAL: Dok-lady Akadem-ii Nauk SSSR, 1957P Vol 114# Nr 5, pp 1001-1003
(U.S.S.R.)
ABSTRACT: The following is shown by the present paper: On the occasion of the
b=bardment of the surface of a dielectric by means of gasions
geometrically regular etching figures may form which reflect the
crystal structure of the object. Bombardment with positive ions was
carried out in a low pressure discharge. The action of neon ions
upon crystalline and amorphous dielectrics was investigated.
Reference is made to some previous works dealing with this subject.
When the cathode was constructed, the fact Y*s taken into account
that cathode spattering is proportional to the density of the ion
flu-t, and that there is less depositing of metal at those points
where current density is greater. If, therefore, a greater current
density is produced on the surface of the dielectric than at
neighboring points of the metal, the dielectric is not powdered
with metal. This happens in the case of a periodic development of
the potential being caused, so that indentations correspond to the
domains of the dielectric to be spattered. The crystalline di-
eleotrics used were quartzo locland spar, rook salt, and seignette
Card

20-5-23/60
ASSOCIATION-.
PFMERTED BY-
SUMITTED:
AVAILABLE.
Etching of Dielectrics by Ionic Bombardment.
salt. Besides, also the amorphous dielectrica auber and plexiglass
were etched. Etching with ions took place on the occasion of differ-
ent kinds of discharge. For auber and plexiglass the method of ion
etching must be selected with particular care; I = 2 - 2,5 ma/cm,
V = 1*5 kV and t = 2 - 3 hours. The surfaces of the amber and the
plexiglass were uniformly destroyed and the figures of destruction
had no geometrical pattern. On the occasion of the etching of quartz
Yrith ions in the Z-section, distinctly marked triangles were ob-
tained. Of all dielectrics, auartz is the most difficult to investi-
gate. With a weak ion bombariment no figures at all are formed, and
in the case of a heavy bombardment the same figures are obtained as
in glass. When rock salt is etched (surface ~1003 ) cubes are
formed. The etching figures thus obtained can-be used for deter-
mining the symmetry of the crystal. This method is simpler and
often more reliable than that employed in connection with other pro-
cesses. (With 3 Illustrations).
Moscow State University "M.V.1MONOSO'P' (Moskovskiy gosudarst-
ven-nyy universitet Im.M.V.Lomonosova
A.V.SMMNIKOV, Member of the Academy, on 24.1-1957
7.1-1957
Library of Congre..93

)~kYQROVSKAYAj-3[,Ye.j MOSOLOV9 A.N.; BALANDINAl A.M.
Cultural and various antigenic properties of strairs r~f 'he vin:8
ioolated from patients with rhoumatic fovore VOP,
vix~is, 5 noo 6;695-?Ol N-D 160. ' (MIRA 14:4)
1. Ufedra ld obiologii Novosibirskogo meditsinskogo instituta.
i revmatologicheskaya laboratoriya.
(RHEUMATIC FEVER) (VIRUSES)
-P 4f
-g~
T;

SHURIN, S.P.; YAVORSKAYAJO V.Ye.; LOZOVOY, V.P.
Detection of tho virue'loolated from patients with rheumatic fever
in a culture of fibroblasts with the aid of labelled fluorescent
Berum. Vop.virus. 7 no.3:273-Q76 My-Je 161. (MIRA 14:7)
1. 1z kafedry fakulltetskoy terapli i rematologicheskoy laboratorii
Novosibir6kogo meditsinskogo instituta.
(RHEUMTIC FEVER) (VIRUSES)

YAVOIiSKAYA,,,X.p;ppa-St4niplav.ovila; URBANOVICH, Lyudmila Ivanovna;
DANILEVSKIY, II.F., red.
[Pulpitia] Pullpity. Kiev, Zdorovtia, 1964. 231 p.
(MIU 17:12)
g "P, N4.1

r r , ,, --, r ,,,;
JSS
_.G 02Y
P_ 121 j lu 10310
Plantonov, F, P. , 'I'avorAaya, Ye. G,
Moscow A.
Testing Dichloroethane in the Control of the Root-
Knot Nema-lode
0 -D, 101 F . Dold. Mejs'L1-. s. -kh. altrad. im. N. A. Timtryazeva,
1957t No 31, 15Z-154
21---iACT Tirnfry-aze-,-
in a qniall zicale experiment treatmei)t of the soil
with 'dichloroethane, % liters pt-r sqoare meter,
with the use of niulching, completely elifninates
the nPn-&atod,,,-. With the tyFe of Z-3-4- liters per
square ineier without mulch 78. 6-18. Z-?-. 31/,3 of
the plants, respectively, were affected. When ihe
soil is fumigated its moistnre ,hould not exceed
201o. When the soil water content Is 3776 even the
use of 4 liters per square meter reduces the
CARD: I/Z

"Tf"GORY
M
S. JOUR. 1959, No. jo3jo
1 T H OR
Z 1(:Ir .Pull.
BE,` :PRA CTr' iAvolveinaut oi cacurnibeza onty 4559.
Wcblor-~,eth~~.ue ~an it.,- lntr-:)6~-,ced Into the soil
wifii a-L inj~-ct~:,z to a Japth of centimeters,
worldrig in g&--. rna-sks. Tht
riot be Lnizodticed unfirr thc root -- the cucumber
seedlings dfe. A. P. Adrianov
CAY(D: 20 12,
011 tll-,'

YAVOR~jI.:AYA, Ye. S.
Inj
3
t,biolo;-ic,nl of" Trr,~at~i~,cit of AcuLe 0" P-!!.')*"- 'r " ' -V
r)
v, 1 5.
Crder of Labor Red Banner "Ir"dical Inst L-knn' A.A. I ogaaol ly t. ,
(K1,, No I/j., A-,T 1715
go: S-u 1.1,10. ""04, 'foil 95 - S"IrVOY Of SCi :Xel Technic.r I D, 3,,l,)rtf lons
Dafenclad at MiSR El"I'.tcationn.1 Insti'Ll'tioris (10.

TAVORSKAYA kandidat meditainskikh nauk (Kiyev)
,-~- -A", -
Biological method for treating acute pulpitis. Probl. atom.
3:99-1,03 '56 (MA 10:5)
.(TMH--.DISRASRs)
0

YAVORSKATA, Ye.S.,kandidat meditainskikh nauk (Kiyev)
Histological studies of dental pulp treated with antibiotics. Probl.
atom. 3:115-120 156 (MIRA 10:5)
(ANTIBIOTICS) (T"TH)
77F77

UVCIRSXA.YA, Ye.S., dots. (Kiyev)
Condition of the perlodontitm In diseases of the hemopoietic
organs. Ardbl.stom. 4:225-228 158. (MIRA 13:6)
(auxs--])IsIIA S) (HimPormic snTsm-Dimm)

-YAVORSKAYA, Ye.S1., dotsent
Problem of the "normal" and "pathological" function of organism
In the light of the dialectical theory of mutual relation. 11ek.
filos.vop.med.i est. no.2:387-394 160. (IMU 15:7)
1. Kafedra terapevticheakoy Ljt,=gt0j0gjj Uyavskogo meditsinskogo
instituta imani Bogomolltsa.
(DISEASES-CAUSES AND TIMORM OF CAUSATION)
(MEDICIRE-PMOSOPHY)

YAVOiSKAYA, Ye.~.
7-
Modern trend in the treatment of Inlipitia,, FrObl- Otlom. 51146-151
160 (MIRA 15:2)
1. Kiyevskiy meditsinskiy instit ut.
(TEETH--DjS=ES)
cw

YAVORSKAYAS ye.S.; MARGIIENKO, A.I.,- PETROVA, O.V.
dh~mges in the dental pulp under fillingi of plastic. Probl. qtcm.
5tl69-174 160. (NIHA 15:2)
l.- tye*kiy meditsinskiy institut.
(PLASTICS IN NEDICINE) (DEUTISTRY, OPERATIVE)

DA.NILEVSKIYY N.F.; FILUROVSKAYA, S.I.; FLIS, Z.A.;__YAVORSKAYA, Ye.S;
Use of propolis in atomatology. Probl. stom. 5:4224,28 160.
(MlliA 15'-2)
1. Kiyevskiy(meditsinskiy institut.
F.,iOPOLIS) (STOMATOLOGY)
l ~,~,A
k
~y
M,
-W
M

UVWSKAYA S. dotsent; Sa'IIIA) A.K. ) dotsent; BISJlKALUVA, II.A. , dotsent
Probeless deter;rdnation of gastric juice acidity in glossodynia.
Vrach. delo no.6:45-47 Je 161. (VIIIA 15:1)
1. Kafedra terapevticheskoy stomatuolofii (zavadu~ushchiy - prof. 1.0.
Novik), kafedra terapii (zaveduyunhchiy - prof. G.I.Burchim-.U.,y)
stomatologicheskogo fakulltota i kafodrp biokliimil (zaveduyuslichiy -
prof. Ye.F; Shamray) Kiyevskogo meditsinskogo infjtLtuta.
(GASTRIC JljIL;2,j) (TONGUE--DlSjASLS)
TO'

YAVORSKAYA t-la.3, (Kiyev)
Classification of pulpitis. Probl.stom. 6:155-161 162. (MIRA 1633)
(TEETH--DIS M HS)
g-j mrg-i

VISFIIYAK, G.N., kand. med. nauk: FfW,'KOIISKAYA, S.I., dotsent- XAVOS"
dotnent
Effect of autohemotherapy on the activity of cholinesterase in
paradentosis,-,~atients. Stomatologiia 42 no.3t95-96 It-JeI63.
(MIRA 17tl)
1. Iz kafedry terapevticheskoy stomatologii (zav. - prof. 1.0.
Novik) Kiyevskogo meditainskogo instituta (rektor- dotsent
V.D. Bratus').

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s4admixt.of HsOH the c to the pron. of BILII wilbOul
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moo
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taneo4s prepa. of DSH am BS coo
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a temp. of 70-75*, MrSOjeenm. of 50% and a duration of
uired In this clame is 13-
f HSO
re
Th
t
go:
fli . o
e am
16-labn.
j
q
irt. wW that of WnO, 3. caled. an the P"fe
( a of the Istler is OCCOW ). The
25T
=
COO
_
yw So amounts to W% of the tow of the rmtIon
OM
A.A. Bothtfinak
p#dwU. goo

jjL_�j*-SLA ._!!TALLU#~K!L U11RAILOR CLASSIFICATOOx
7=~
U 0 AV 10 Ill; 4
It
a
X
woo
boo
t ISO
U A SA a 00 0 Ar W 2 40
n
U4 RA
0
0 0 00 0 0 0
0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 st
-0.

"A
F-
F
M
io
M
W
0*9 0 0 90 00 0 oo* _P
-
1
A
-
IT
o W
10 It It 11 14 It .14 1? to it il is it a s6
It 11
g
t
.
A . 0-
L VA -1-1-Y
' !"' I -9~1 ,is -

At ill derivatives of lkotl4e. U. 8"sis 44 1
1
1-61.0
tra.
d-i, _'lins; and thelir derivatives
Ir
) -3
a
4
i)-J
J-J4A
P4*X

: .
y
r
V
A
J
G
rk
g
V ,
j
Rt
NCIICIIC 1
r
I
c
6 .
ew.
riss.
.
. A
OC
Ara.
_ Y
111 jiummary)
Vt
13 .
Ahe limit Mail div
.
,
,
11-WJ It% 011t sualliml 4 thelt wtok IWI 6110,
33
I 'All still r
try KX
,
jillibirW couil.l., the auth,.i% Wwiit mur spithe-wis 44 114.110 110 Vilill
I
quitiolitit tylw d"iv~. T,,.% let their
h
i
4 will, ashl"I 2.6 a. N4011 In 2M cc. water. followed by a S. ygnp.,sbp
r. I Vt,
Willell 'Aith Itiffitif at M5-40"; after beffitayst)PAr"MY6
l
i
'fifflog bn 0.5 hr., there was (.1114111"1 411.11% N-Int. s
er
v., its. 11A I

i (frill" 111011)
I
'N' (111"It 41i1
Ill
AIII~Xvv. MyIne *wv-
"killill't A 4. fall'I fill. I .
j
I llillro I'm I'A lisk., lisc, %,Vlfjlr MINI., tile NOW dis,"virli Ill M I 0P.0
et 10. (Ill.
%
j;,Wr &list thr u4n, viltd. %%Ith RIP; the sq. u4n. As% 111411ge Isovolvir w11
.
iled hy "'Q011 to YkIll 64.3% ).(M-400.004.'Mwl~
, 3' limit ispin. I
1). In. 51-2
; 110 in/j. "" I
M
'i its. 21:1 -1 Theallove(1210.12K.Feblisav-
, 1.1-7,411I.
1
wg,s, 12m. At-Off and 4M cc- water w" refluxtil for 4 hm.
I
il
d
h /WpP*1ffjlr'))P4rA
the mitt. "X~ neutralitect with IN
SM wW f
tere
e
; t e
di
dried ppt. wast Wit. with 1140 still tht letter shakrn out 4"s can
gnmitt
stin
Mith Ilil. IICI, 'A hich oil Sep". vrxI Druirrilifed with N&OH hyxistwo* eilb
ti
0="
W
Jellf 70.91%
to V 1e
. %
0. tit. 1140 saft, Ili. 2*)-1* (derottipti,).
"!
Freatuirtit with At,,O its lienistric a I ( 04 -
ii-41-7- (Pnit'll

ll 11caunnocclivild. UMI by Sri ill KIM-
l -
;T
A c
'
1
A
i
t

stso-
siv
I tit. 127 N
1% !?.1011). Mor-
(
roris.11 o
0 o 9 0 o go WWW W
11P SJU Jda kV 40*4i At 4141 40 11 fe
- - A -1--1 0 ts-IL
I -I
_T"
I-

",.Go
'10411qM1NNjMj 12.5 a.) Slid 2A a
6 go
01 was healM to 1:0) .5
j#Nr A hr%.;
Av"I ill Alil. IICI, I"tnl with exti-.4 i-00
'I'l, with 10.0. &list the taller
I`1'jWi4p) P&.F*Y# I
-ji"Ill Vhj Nil a"1W!!P
I
4
jj(j -00
iss in. readily I"I livalills, A -(P-A'ar 0-
I
M
Nsr. IWrpI. Muslotimi-ly t- ill, ..
" (Irtion Ilrtirrim). The aNwt, vkWed
o0
111). which 1hul"I thr m
1X'). oil. 114% 41 (111mli I(JOIJ); 1 (7 jail,
htvul definitr lit. p.; A( difty., its, L.11
r .1411. of the &chi ttt.) (67%l. 'I he
'IN1117 F"I.K_ Ill
* 1! LOO
4 ir, Ill. l(Wv
((F'M' all
-ni
FT
:
I
f
Y

with Hl,.NCIILilCIICl. 110 saft.
out definite Ili. it. %;either the m. ww
Nril Artivitv ligaill-I Illawia In bird.. soills

0 ro
.91&L%UPG KA 1. Li JFJ ;.L
wee
Isom llu-63I.-
siN. ON, too
It
- T-1 r r-r-r-r-r-Ir'll' An I 111! 0 a a I Ar of 0 a 4 3 1 1
u 4,1 10 it PC a n it I
U
.0
: 00 e
INN,
p

-
V
l
o
0
0
iu w, I*
it 1!1
V A .1 J1J
ts Is 17 to a
0
-
a -1-I
x M

-j
`
"
b
u"'O"
;
d %'Itifte"
3
Chiliddes of P-s
o
(
avtw."Ya .
Is,

51. - -
the
6" C)ROS ~(),K M# or
-
-
Rcnwn
4
ul
t -00

'

: 1
Ah G
to
"
I I
1 chlaxide-
of PC]. with p- I Ary
r -l"4
h -so

a i
Syr$
rcactilm not t
WjA hiCh in& di'to' 1 CIdO9M
"
K1'71kh
T"W
0
too .
It Ow
cloccusch I, chl-fidt an,.nittj
, V,
Both the.
ftitucts
0 t
the %anw antide OIL h". 61)
1ed to W- I ., POO,
db t 11, - 91%`
give
ft

0 .
the
PCL Wa
.
oil which 00 3 4 9.)
and 10 9. d save a 9. I'M-
hile
d Conc *
"I- t
8w
5
1,,06
0 0 Z I
bW-
lts;-
C411 an
And 'N ( cil-SOX1. -, %, st),catIX-N - 10- .p-cl-
AVC 0- S.
l
$ S
I. ga- h cal
I'Cl. were
f"lilue wit
00 jr! la"Cr in.
,in Of the , I
W~j I s - CIO. "I'll :1::o0
ligs. to
000
wartne r o..
" (loct"11 "0" 1
(lf tile CO. SIL ith"Iry bt licliselle z1o 0
Ila h on treAtU110111, IN wild
110411") 1 v` I I SOO
SIVAIII IkAtit. Coll"'
00. S44),
-112. 91LVe P'112 uwi I Ilf. In it Cr.Ainx 1-2 -zoo
4 g tiix-la were war to give
00 4r hot brnwnc h-.1producti4not
d with I 1 00
Or;O and ext ~jCjjSO,Njjj. in, 139 MA.
11 C41 1. tnt-illefAt" y
909 uuly 01. in hot.
w5.601,O) p, C, filt, :11 'U10*0111.,
k I "'Wis with N 0' ,
llygrol-,~op lkali aii( hile boilins Its twilte-11V
in a 0-
Igo 0
litio. ad CJI.SO,'4111. W ve
%IOC
ving p I
jilth 11 hr4.,(S- 1. -_,9o
~-toluit Inc )H
to *-:I! in. 284. (frail,
OA
too
01twAlVall CLASSIFKATIC11
'00-s! all- -f I~-
r4 .8 1; j it 430,
An 41
Ly 00 it K A It it 11 000 0 0 0000 00 9~
Q ;1 0
0 00 0 0000
Is o 00 0 0
ggg
4--
T~
--N 4MR.
t2,&,~~OPO Wi W~0&4'E- 0

r
j'iCJ'10VHuC'(-j'7'~ "r'; "t), M 167-A% "I"I'
fJtmteyicWed34-2%cian--iic acid I(l0C.)trcatmwjtjj
22 g. SOCII with icc. coolit,P 1,n he4tted 2 ~rv at I
gmve367%HCl1auofoL-
deccmp 129-0' T"his (10 z al-A PtOff ,&x ~s,~ ith
dry NH, in tnc cold. kept A If. lays at rc