SCIENTIFIC ABSTRACT SAVOSTYANOV, V. - SAVOV, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447420011-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MATEYEV, Ye.; NIKOLISKIII A.S. (translator]; PAVTEROV, V.P.[translatorb
TSUKANOV, V.I.[translatorl; SAVOSTIYANOV V.V.Ctranslatorl; FU.-
ZIS; G.B. [translator] or]; VIKENTIYE;V,A.I.,
Ltranslat
red.; OLISEVICH, Yu.Ya.,, red.; PRIDANTSEVA, S.V., tekhn. red.
(Labor productivity and the reproduction of the means of produc-
tion under socialism] Pr6izvoditel'nost"truda I vosproizvodstvc,''
pri sotsializme. Pod red. A.I.Vikentleva. Predisl. V.S.Nemehinova.
Moskva, Izd-vo Inostr. lit-ry, 1961. 269 p. (MIRA 14:10)
1. C'"IUIi-kU-UI;bpVUdV"L ALI Narodnoy Respiibliki Bolgarii (for Mateyev).
(Labor productivity) (Economics)

r,t%jIt A~ -i

Physical tistute of th's 14t*4t Phl)161r*PWC Inu
e
V 00
.
g
' -%kVtlSt)anOVA.
so )._A rvkw -
.
00 ir
00

00 zoo
00
00
a0

1
0 go
WE
'
7
zoo

Zoo

00
Al t t6i~ I) 4j
to
7 I
0
*16 9
00 0 0 0 0 0 00
9 * 0 4 es 0

A C L I

00

00
00
00
T" -emmi- ad am" bau& crydmia. St. v
rcmd - &-d - Jri. U. R. .5. 9.
00 in
(IIK14).-Almwptkm curycs
~
00 awtal lwfiwv anil aftet excitatim (dm-mw,g
of cvwd. Caumd 1,Y expuourr la light), Thcrr 1.
"i" between cadtatkm arml futnitwwn,,r
c4 "wh 4h. C. 1). West

00

tv it 3 wta n
a 0 0 0 0 0 0 0 0 0.0 0 G~f 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0-0 00000 0 a,* 0 O'o 0 0.4 4 4 0 00 6 00 00000 0 0,

v RI -I., V., v
Ar
00
-00
-00
-00,
fe X1.
00
goal
Vass =00
00
too
t:00
A 1 61 t AbF TALLURGICAL LITVRATURE CLASSWKAIPCM
z C206
03 9 ZA 01) a a 0
Er u u Av IWm It rc f or w3n
: 0P cr 1, '0 It
so 00010 11 111 , 1: A" 0' o' 0v
0
~T,v -0000~0 000000000 0 g
00 0 0 -0-0-0 0 0 0 0so 0 0 0 0

561` 4#44111114" 14 11 It 14 L if n aUUv xu 11 14 13 14vIf 6
1 8) 1 A Is is 1!
L f L K I IL LF a9 1 1V T iA-1 T Z AA t ,I- a41 .
V. I- -t-

0mufl
g 1-0
'o
IRS9 0a ii
;
-
yNailve oil 0
1 A

l
4
,
, 1
01-fritt. C-0
2:14
l
-31MU34)
rIn 0( thin
I
or qua
rtz Put- awl 'L-1),
_t
1. Ulu t
PC-Plr ,hr

a frf) forni full 1,
sith 1
1,U1111
to."I
09

00 h!

Poe

U Tj If
;
If re t V ew is 0
. V IV to to ON I, IN It RK ntr14 La n II
0 0, 0 0000 900 0 0 0 0'.000 00 *00 * 060 00 0 000, 00 0 0041
0 0 0 0:0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0 Ole 0 4 0 * 1& 0 0 0 9 0 0 0 * a 0 0 4

I u am 4 $1 j? 0 id a a v a 41 a a
a 0. IV 01
a C 0 ir 6 so x L 4 a a PC a s 7 w 1, a b A , # , 1, 1 , . AT is n
Liffre 47. ravill CROU.S
00
Oil
Oil
0
00
0*8
eon
00
son
eon go
0 be
00
00
psm 00
"Man-ma am
*o- a-.RMASMKP 1"I PCM OM3WDUa4d MOO all Of 1309-100
PRPMJW 00
~p MnA-V
'21AMM1,111nAUS 'A"IV 'P4010#90 04"MIS
00
00, to
fe
fo- Ir
e&, o0
00
m
w 33'K
3 F go
n X, a -011 41
W U 9 U s( a alt.*41 *III %agtIlf, j, 9t 6 -L -1
o 900 0 0 0

Oij f s I I M it it it 1. 0 a P IN w 0 a 0 41 a U
0 L 4 L 1 .0 A. L 1, A X Y 7 4" 7fill, T so I:, It , ' I I " ' ~ "- '
66 14~ t,-#-1-0 4 00
.0
0
us, Photochit"tistry of Crystals. St. 8avoe1jumvit. Ai-fa -0
0g PhYsir,who"iri, 3. 2-3. pp. 346-334 , Disc., 3,11711M.- ttvTe-w of the
iubject tinder the 4cctions: (1) Atomic anti colloidal dittributinn. in Which
tile light effect N toirtlatetl 0 ith the naturr of live PhtttochemicAl product-1.
it) 14t%ltwtx oil ehe prinsary traction, In which the alkali -00
00
mid silvrf haildes art allacuuM. It I% v~x1thitivil thAt calloklal Itartkim, -00
-if ilia. > 30mia (for&;CO. ard funned under the Influente of light. AM that
l1w liarticle witedepwndson the Intensity lif thir ati-tivr light. (PSevandary
we*
pluitarlwink-al rmetitaw witch an the failing %thh-h occurs in thnw crptaltl. 00
00 (4) The phs*whgmtisftyqf silversalts. InUmPtactisswit.R.OckfaMy
00 draft with the drilviuleni* of tfw quantum yicl%l on trotMaturn in the
cw" of tile alkali hali(tv crystAln and the clectrini tran'ition (vitin the Anion
00.1
to an adjwent hation. It. Zahmewitaw Loo.sMcmi metal fog."
00 4 It. If. flu. see
600
400
A S 2 1 1A OVALLURSKAL LITINATUOt CLA%%WKAT$Qx
fS
go-in.
v L
U
24
OP 0" 4o go ia eq 0" *a '0'0 0 *0 a 0
0 00000000 00000
0 : 110 0 00 0 0000 0000 0 0 0 * 0 o1: 0 q 0 0 00 0 06 00 0 : * 00 0 ~G'~

"
-
,
I A F I I w it 12 li 14 u n a
7A
V in ji v u I? a w a Al u a a 4,40
a a v
c r m 1 9 L I- x v z M So

Of khe Noblem
f M

it o
e opuW Cmd&at, at K~WL
(UJPehi FiZiCh. Sauk (progrejj PAY4. Sri.). 1937. 18, (4),,
JiUmmian
1 A
i
.
reT
ew-N. A.

JOIS 0
=00
as*
00 j r
ive

goo

see
see

A S 0 . S L A ETALLURGKAL LITERATURE CLASSWICATIOP E-Z 7-r
- ----- --- ---
Cal OW 4- IS
-
-
In 11
It 1. ; K nd a II I w m 5 a a
7
9
l
e 00 00 0 000 0
e

,
I

6 a to V .4
1 11 it " 03 4 it n 1, r 0 U
I It 13
11
L
A M j
r of to 64 as re
.
. - L
i

00 .00
00
69

00
A film filter for siotillpt for the Lafmred regim of the
ee 11111actrun. 0. V. Novikova anti Al. V *,avustyanova.
00
. Ki.of"Iekki-. I'm.. S. No. z4txir.
of 1940, 11. KPI A-GIA- C11"tt, FCO W*4 U,'-al 4-% 01 filter [tit
0o tile i"ITUICII. 'I lie [~. t ff,01% WVtV.)hIAitMl %ith Lift Fef I
1-wite"I tof 11.351~ And a thickness (if lite jtla,~ ol:1 I IIIIII.
I lie tramjxtrct~y toi radiAtima, 4-1 vantmas rcocion, 6i1 t lie
spectrum and the sensitiviry,if the filter were feted "uh to
Wth natural anti artifickil wrilight, NL G. %I,xjre

"go

t;oo
coo

'it
AT M:) LS is It 5 n 43
rd no A (lit tila 3 2.
o
0 a 0 0 0 0 0 0 o 0 Ole 0 o!9 0 0 00 0 0 0 Go* so * W
0 e see
0
0 0
o 0 o 0 Ole 0 0000 0 000006 0.00 *so:* o o o 0 0 of o oe go o 45 l
0 age

Smallest notal Puthda in Cry" LaUkeL M, V.
~IA. ,N,tsk (N.Irejes Phyo..Vri.), 1919. St.
(1). 3371).--fln 111wints.) A ounissling up wills
sulemtion aft the di"balJoa, of swilisK6 kxw &M awind In Ow lisn":
inIn-luction of nsetaltlie kissa, into Out I&AAkv; Moutic diatributitai *A optir,,j
IM,1wrtim (F -crutres cAlsiaw diistriwinta of metalot (optleal pntl- it
ct,l,,ur tvittiro.); nwLiam ~)( the formation of metal Itartirli-t its the lattwo
and the imnsfunnati,m frwmi one state to anutber.

Al is is zp is )q i Ju 11 u AS ]A is 16 m Ap SO a do
j 1, L a 11 A I ~ 0 11 M
0 1 T 11 y I,- Jtl~ ILI I AA 0, CE- Clo-EE 182 U
po'
go A
00
00
90 oldion at sp mottropimmadid-id;
"a c-cract -00
ulodolooddleaft- M. V. savoolt,yarmova. B"u. mad. Sri.
U.N.S.S.. Sir. phyi. 11, 424-35(1947).-After setting uP
0 0 % table 4 astousencliturv. symbolist still defining equationsm
In q1tectrul phottlilletry, S. shwusses the somirce-i anti marl-,
00 j nitude %4 rr"sts mouring in afifferent meth-Is of applies.
timi of phott,lulw.. The Irbults given Ill 17 pulletto Jr. .00
scribing tucthoddi 4 uwasuring optical 41., 1) - Aid: (it
extinction coeff.), am tabulated with their relative czwt- coo
11M4 abojD%. Accordinj to S. the best Tnethod consists
in Ilpticlol compendotion the readings of a singk photo.
ads with 2phototullescan1wrec-
I)iffcrrntipI froortis
00 1! ~Imwlld~d In ill, ral- ON mornall notical ds. S. 1'.
00
00
goo
see
we
At. to
i-wv'y -1. Z"
U IS AV K) 11, -r lot
K ir If a m It MW n I !.a An L t V
0 0 000 so 00 X a )or so 0 ij a 3 1
Is 09 Soo goo dad
000 Goo 0 to 0 to 00

ABDROUNIKOV, K.S.; RALAKOV, V.V.; BUHINUff, A.K.; BLMAGO, A.M.; VYMMAN,
L.A.; VISHIIXVSKIY, A.A.; VOLOSOV, D.S.; GASSOVSKIY, IL.K., professor;
GXRSHUN, A.A., professor-. TBLITAS119VICH, M.A.; YEYSTROPITNV, K.S.;
GURNIGH, M.M., professor; KOLUDIS, A.I.; KGRYAKIN, B.M.; KURITS-
KIY. A.L., PAPIYANTS, K.A.; PROKOI?'YZY, V.K., professor; PUTSVXO,
Ta.1C.; RIZUNOV, M.A.; RITYRI, N.B.. 3LVOZT4,YA,9YA
N , professor;
SUCHANKO, A.N.-. SSHNOT, N.I.; STOZHAROV, A.I.; PAYMW9,* G.P..
professor; FROFILOY. P.P.; TSARIVSKIY, Ya.N., professor; GHEKHKATAM,
D.P.; TUDIN,Ye.F.; KAVRAYSKIY. V.V., profmasor; VAVILOT, S.I.,
akademik, redak.tor
LoPtics in military science] Optika v voennom dale; abornik statet.
Pod red. S.I.Vavilova i N.V.Savostlianovoi. lzd. 3-s. zanovo perere
i dop. Moskva. Vol.2.1948. 387 P. (MIRA 9:9),
1. Akademlya nauk SSSR. 2. Sostavitelt sotrudniki Gosudarstven-
nogo Optichaskogo inatituta (for all except Vaviloy and Xavrayskiy)
3. Voyanno-morskaya akademiya (for Kavrayakiy)
(Optics)

SAV06TIYANOVA) 14. V.
42C91. SAVOSTI-I'AIRNA, III!. V.3 =-KALIN, V.V. Issledovaniye spek-
trov pogloshcheniya relkoto-z"N,kh pronezhutochn,yinch produktov i
Chan4-'
a VT Sovesh
azokrasiteley naftalinovo7c i7ada. (Doklad i preniya -, -
po spekturoskopii). Izvestuiya Akad. "la-ak 66SR, Seriya fiz., 19U, No 5,
Bib 14 LoCr: 10 nazv.
SO: Le-topis' 2.hurnallnzkh Staltey, Vol. 36, 1948

law-weadom of absorption *Wtre of Pocat intermediate
ucts and sito dyee of the aspitthalene group. V. v.
r,"I'llialift alid M V. 'Aivint'yanova, J."st. Mad. Xzuk.
5,S-S-R-Str. Iris. 14SWORID-18).-Almirlmon wevira
of %M naphthalene cumpd-j. (of wlik-h 15 azo dyn arc new
synthetic products) were measured with a flickman
spectrophotometef. The dyes indicated in the paper are:
4-phenylato-l-n4phthylamine; 2- and 4-phenylazo-l-
rLiplitholl; 2., #;-, and 8-phenylaiii-],S-amino~aplith~)[;
.2- and 6-phenylaso-1.5-aminonapht hot 4 -sulfonic arid;
2- and 8-phenylato-I,S-aminonaphthol-d-sulfonic acid.
*1,8-diphenyt-1,5-aminonaphtht)1-8-sulfinic acid. All the
products show the short-wave maxima of the tuiplithalene
m,)I, One shw-wave max. Is con.1t., another shilisasa
lunct~jn of subititutlon groups. There Is a "main" 1,1,141,1
in the YNbleregion in the dye9,sh1ftlnjtif4lxisl(Wn wit 'I
gr,mp. the poition of this mat. is Indelwotirnt of j;
ortbohydrory compds. This "main" max. is not eh;
teristic for the azo group but is due toan intri-action Itte
aso group with the naphthalene nucivus and side wlllupl~,.
In t fie above azodyes all bond may exist S-Pakswer

Rotation between mol"ar strutture and *bao d
bands of owns com"da in the 41- and trfpk*nylm=
oseim. V. V. flereltalin. M. V. Ssv,ost'y-A;wva and R. 1,
Murozova.
35(19W),-In the absorption spectra of diphenyinxt bane,
tripbtny[methant, diphenylearbinol,and triphenylembinol in
Ht am. moln,the fine structure of the band at 2W mp, compris-
ing the MAU f - 10,94), 411,1(4), 31I.M. MAW. AIM.
37,700. and 37.1311 Is linictkally lifentical. In dimethyl.
aniline. dimethylaniisiodipbenybuitthant, di- and trimethyl
4minotripheny1methane: dimetbyUminodiphtnyl and tri-
pbenylearbinol and in trimethylaminatriphenylcubinol j
new weak band at 300 nip appeus next to the 290-mm band;
the fine structure of the 260-mg band is more or less pro-
nounced. In tetramtthyIdLuninodiphtjiylmethant 2 new
bandsa=&t34Oand5MmjA. IninaLichitev"nandin
crystal the 2 Aort-wave bands are conserved (with
at 249 mm and at 316.5. 3M mp, resp.). 11cre is no
fine structure in the 249~-mp band-, the relative intensitim
we modified, 2 new bands (one very intense) ap9w at
423 and eM mo and at MO and 6W ms, rnp. P.

' W5 mo, whilAts 6-benseneato Analog has max. at 208 M
Aso dyes frovis 1,
34-
1, amd ammse of Ift dwiva-
-
ti
VIfI
T 380. mod WO mp. 71* abwptiw mat. of tM gli;;Iii i;
ves.
.
he alstmeromis p
of mamag
ad - d
e6 of dw mapaskee Wrift
V
V
P
H
MOM and EtOll-N&OH. resp.. me:
.
.
.
ete
n
y
,
M. ca .
T -(Lensorrt T
! Inst "ago)-l-vaphthol: 490 and 490. 4-(p-b,ibczp art 470
1
.,
..
'-'~-h P'R=
L
i 10
and 53D; 24"minobes 41
en
nrricll
Kki.. (J. Gen. Cl...) 21.
132P-40(1031), cf. C.A. 43. IDOEJ&,-7'be nw"ra of and BM: 64p-bydrotybeavenesivo)- I.&aminoamphthol: 510
and no; I-Whyd wxylie.
the nsphihalene comp1q. studied here dwar, with a few de-
Vistions
the bonds of the na
hthak
e
l
hil
th
d OW and AM: *hytimsybeivismeavii).2 84tinkmeplithei:
i;i
;l
n
ma
e
e
.
, w
yes
p t
nanopbtbd: WD
1,54*bentemio)-2,
OM and 5W;
fft"PlaY new sMific bwnffq. TIN onho-Oll and pars-OH
/
i .
;4M NO mp
rompt
s. exhibit lntramA. 11-bonding. I.&Amintmaplithol wW has abs. toax. 22D
270
and SM; 8-heapeseame ana ft:
shows max. at W nip., and 316 mp. Its 1-sulfestic acid .
.
220. 2W.' WO. anti 320: 2-benicticato-1,6-sinimmobit bol-
shows a max. at M and 340 nix. The 4-sultonk AM No 4-sullmic "- 23.5. 310, and "0, 111-1111 eawl 5-
max. at 2311 AM W mod, while the 6-suffanic acid Is" max. - surdirmaphtlie"-sulfortic acid: 2M. 310, 345. And AD:
At = and -W mp. l,&Aminouaphtbol-7-subNsak acid 2-benieneazo-l,&eminmaphthol-7-qulfonic acid, MO. 310.
h2a max. at =1 V-5, and 342 rnA. AM 610; 6-bentimearo analog: 227, 3W. 370, and 51S;
;me has mat. at 2Z7. 770, and 3M mp; its HC1 salt bas max. .2-bmienenzo-1,5-amin(maphihol-O-oulkmk- a6d: 219.200,
:t 230. 2*). 3M. and MO mp. 4-Seniteneazo-l-amplithyl- and M- 9-bentmeazo nnalog: M, 200
3W. and
NO
mine has mat. at =, 2-Y), 2W), and 433 rnp, and its lfCl ,
,
-MO,
Wt at 223, 2W, 270. 3(W), and W mos. 2-11ensenemzo-l- acid: 215, 3W. W, anti W: 2-brnienftro-l,&arnlno-
tiapfithol! has frmx. at .335. 295, 36.5. and 400 top. its 4- napbtliolL"llfanic acid- 2", 3-45, and 5220. &henzenearo-
ttentennso mtijlog h4s max. at 2M, 290. and W mja. 2- l.&&minonaphthol-&sulfnnlc acid., 234. X.T. and NO;
hAS MAV. At "-Wf, XW). And
and 2,ti-bt%(benmftto)-I,A-antinonAphthol4Lguffonic acid:
'140. 323. and 840 mj-. r"p. G. M. KOPOISIXY9

SAIM"TIYAN107A, Y. V- a skim
17 SR/phySicr; - Stalin Prizer.
Is Jun 51

dwfvadwn 4W di- end tri.
Pertkalin. U-1~.jama'-
a. and R. 1. Marawwa. Zkw. ObskeW Kk.sa. (J.*
Chm.) 22, 01-0(102).-apadra of nurneft"
deviv%. of dl- and tri=Imt-thaned swim indicate the crystalviols p-(in buffer pit 6.67)230(t.00),301.37)
presenm in the opetrittv, derived yets of tabs. bands of 36%0.13). and 5KI(O.97). In ca". HCI Malaclkite a;" ..
the surfing materialts, with a sbift of the position of the shows the dbappearance of only tbe Wager-weve bond.
.horter.-wave bonds and with a redistribution of their in- "hik the other 3 remain unchanged; crystal violet behaves
Wan -* iM
ten,ities. Wit was used a3 solvent and the pit of talus. similarly and &W loacs; the 360 band. with a of
vras R.O. The Iollowing &lse. bands (mm) and extinction new band at 435 ms. Univalent pas. Ion TMkla
cvwffs. (X 10-4 wrre observed: PhNMet 251(l.34). 290 Orren gives 249(0J3), 316.5(0.W). 425(0.86), and WE)
(0.23); (js-MrvNCJI.)vCHv 2W2.0). 3W3), 300(0.422), (3.44); blvalent. Ion gives 22M"(025). Z1211(0.12). Wul 442
p-MrNC*HCJfPb#, 2W0.73). 300.094); (p-M*#N- 0.276); while trivalent pas. Ion of crystal violet rives 230
CH4).CIIPb. WX3.47), 2rAX31M). 2W3.2). 300(0.53); ~0.99), 200.7). 314(n.37S), 43t)(0.96) (the la"er 2 in 3D%
(p-MrNCJIACff. 240(2-32). 2M3.78). 2U.5(3A4), 263 IICI). while the univalent pow. Ion of p-dimethylausitsoarl.
(3.)12). ZWO.74); e-Mft,%'CJJ,CIf(OH)NMes, 267 plarayfitsethane (from the carbinall; run in dil. HCI). gave
48
'VXXO.Tl); M-). 2PM(-). 333(-). and 490(-). , Pbestyk-thr&
5"
R
(j~-Mrj%Cjjj.hQOH)Ph, WXI.4), 2f4 1: pynu"une has one bwW at 246 top and its colarid derivs.
WX0.2); (P-j6fr#NCOfI4hCOff, MX0.24L 30f)(0.11 .
) The
pos. lon of the colored salts of bis(p-dimethylami YO. retstin this band. with adtln. of lonpr.wsve bands. q
MOphen
methane (from the respetive cwbinol) gives in Et . at I G. M. Kostsiapoff
OH
pit S. abs. in". at 2&5(1.14). 3000.2). 340(OiM -and I I . i
Mi(OM); Malachite Green (in buffer wAn. pit 4.2~ gave
249(0.36). 31#%JKOJC). 42.5(0.M). and 1IM3.44). while

T
USSR/Optics Physical Optics, K-5
Abst Journal: Referat Zhur Fizika, No 12, 1956, 35711
AutijQr: Savostlyanova, M. V.
-----------------------
Institution: None
Title: Optical PrcWerties of Colloidal Solutions of Dyes
Original
Periodical: Izv. AN SSSRY ser. fiz., 1953, 17, No 6Y 747-755
Abstract: Clarification of the problem of the applicability of the-well-,
worked-out laws of optics of colloidal metals in the case of dyes,
-which insolid atate have optical properties that are-close to those
of metals; It is shown that for substances for which n >,-/-(dyes),
the well-~known Rayleigh-Mie equations can be simplified somewhat by
expanding in series; an analysis of these expressions makes it pos-
sible to investigate the effect of the dimensions of particles and
of their optical constants individually. It was established that:
(1) the dependence of the position of the maximum of coaffd:aent
of attenuation on the size of the particle for colloidal suspensions
Card 1/2

USSR/Optics - Physical Optics., K-5
Abst Journal: Ref erat Zhur - F:Lzika, No 12, 19%, 35711
Abstract: of dyes is weakly pronounced, and therefore one cannot expect such
a variety of hues, as-iB observed for colloidal suspensions of cer-
tain metals (sodium, silver); (2) the position of the maxlm= of
the coefficient of attenuation of a colloidal solution of a dye in
the case of the "smallest" partifles approximates the position of
the maximum of the index of absorption (7c) of a solid layer of dye
and that furthermore the.smaller X the higher the extent of approxi-
mation., and therefore the color of such-solutions is nearly equal
to the color of solid films. By way of an object of Investigation
colloidal solutions of fuchain in benzol were chosen, obtained by
diluting with benzol concentrated solutions of the dye in alcohol
or acetone; depending,on the method of preparation, one obtains
sole with particles of various magnitudes., having'absorption bands
with maxima at wavelengths frcm 500 to 640 mu. The calculation of
the spectral behavior of the coefficient of attenuation of light
in a fuchoin-benzol system for particles of various diameters yields
curves that are in satisfactory agreement with the experimental ones.
Card 2/2

PHASE 3: BOOK-EXPWITATTON-
SOV/9-M-8(il)
Akademiya 11auk SSSR. Institut geokhimit i analiticheskoy kbimiJ imeni V. 1.
Veroadskogo. Y.6missiya po analiticheskoy kbimli
Spektrofotometricheskiye i kolorimetricheskiye metodjr analiza (Spectrophoto-
metric and Colorimetric Methods of.Analysis) Moscow, 1958. 286 p. (Series:
Its: Trudy, tom. 8 (11) Errata slip inserted- 3,000 copies printed.
Resp. Ed.: 1. P. Alimarin, Corresponding YA--mber., Axademy of Sciences USSR;
Ed. of Publishing House: V. M. Fbshjwva; Tbeh. Ed.: N. I. Moskvicheva.
PURPOSE: The publication is intended for chemists, particularly analytical
chemists and geochemists.
COVERAGE: 7his collection of 29 articles is published as Volume VIII (XI~ of the
Transactions of the Committee on An&Lytical Chemistry at.the Institute of
Geochemistry and Analytical Chemistry imeni V. I.,Vernadskiy, Academy of
Card 1/6

Sciences USSR. The general subject of the vollaw Is tbe investi8ation of
spectropaotometric and colorim-tric ana-1,ysin. Individual articles on the fol-
lowing topics my deserve special attention: the present state of lltg~2t
absorption analysis, the sensitivity of the colorimetric methods of in-
organic analysis, the basic variations of the kinetic method of analysis.,
spectrophotomet c investigation of hetera
Uri polyacids of germanim., a new
colorimetric. method of determining small quanitities of ths-111um, a fluori-
metric method of determining ureaium, spectro-photometric investigation of
the behavior of oxidation-reduction indicators, a pbasometrie optical-
acoustical method of gas analysis, and a description of an'automatic
spectrophotometric gas analyser. No personal1tiez are mentioned. References
are given at the end of each article.
TABLE OF CONTMS:
Savostlyanova, M. V. The State of Light Absorption Analysis Today
Komar', N. P. Characteristics and Plossibilities of Collorimetric and
Spectrophotometric Analysis. 21
Khznetsov, V. 1. Increasing the Sensitivity of Color-Imetric Methods of
Inorganic Analysis and Colorlbactions 52
Feshkova, V..M. Effect of the Structure of the Molecule of an Organic
Reagent on the Absorptiou Spectra of Metallic Oxime Compo=ds 75
card 216

SOV/51-5--i-16/21
.iLU THOR Savostlyanova, L.V.
TITM On the Optical Constants of Copper and Gold (Ob optichaski4h
postoyannykh medi i zolota)
FERIODICAL: Optika i Spalctrosicopiya, 1958, Vol 5, Nr 4, pp 469-472 (USSR)
ABSTRACT: In 1942 Givens (Ref 1) published values of the optical constants of
copper filins produced in vacuum. In contrast toall othar 7ioricars,
(Rafs 2-5) Givens's curves do not exhibit a sharp p,3ak 1u -tho ra"ion
WO-600 mtk, vihich was .0arliar observed for cop,.~.)ar and gold. S tud i as
of the optical properties o� colloidal solutions ofmatals give an
i-?,*Jt~)pandant method for vefification of tho vavalen6th,depandancas of
tho optical co-s tan"Ca Tha Pt-leguation constant Eh is -;. functiou of
~ha co-ifficients nA and k Aaa-d of t'~a -,aarticlediarjottu., 2.A. By
comparing tha axp-jri-iuantall valua5 of vith those calaulatad, from nw

4 ~,Cl the -,rAhi,3s of n x aadl k arx, thair -.-avelangth depsnds=ss may be
a
,,d .. k
chac~,-ed. For particle sizes up to 30 m ~k the ~ -~m i ti on of the uiaxim=
-amation s-ectrum remains constant both in copper and gold;
in theatt r
only the mamitria of -~he at~,;enual-,ion intexisity is affact-zad by the
particle size. This --Cleans that colloidal solutions of copper and gold
u ad -within this re-n-a of particle size to char* the mvelength
may be s E~ -
Qla rd 1/3 dependences of a and P., . Fig 1 gives the -mavalanxth dependence of

iov/,-31-5-4-16/21
On the Opi-Acal Constants of Copper and Gold
the attenuation constante, for several particle sizes. Fig 2, carve 1
gives 4. for a NaG1 crystal coloured with colloidal copper particles
(Raf 17). Curve 2 in Fig 1 gives F_ N for colloidal copper in glass
tthe results are, taken from Ref 11) . Both curve 1 and curve 2 show
a maximum at about 570 m~, a mintm= and -chen a further. increase at
lower wavelan-ths. Similar curves are obtained also for colloidal
solutions of gold ~Reb 11, 14-16). Gurve 3 in Fig 2 gives,the
calculated values using Givans's data kRefs 1, 6). 'fables 1 and 2
give the vavelengtha at -which maxima and minima occur in the -wavelength
dependence of the a-Itenuation coefficient F- of colloidal solutions of
copper and gold in various media. These tables give also the values
of F-mpx and smaxAmin for thesame colloidal solutions. The results
of Fig .2 and Tables 1 and 2 show that the peak in the wavelength
dependence of n and 10 of copper and Gold does in fact exist in the
region 500-4600 mfLand -.,hat Givens's rasults iaust be ir, error. The
Card 2/3

On t1he Optical Constants of Copper and Gold SOV/51-.3-4-16/21
author thanks I.I.M. Noalcov for his advice. There are 2 figures and
2 tables ant', 24 referances, 9 of which are Gervian, 6 Soviat,
? Abierican, 1 French and 1 English.
ASSOCIATION. Go~~udsrstveririyy optichaskiy inribitut iiii. 6.1. vavilova (State,
Optical Institute imani S.I. Vqviloy).
SUBbaKED. Jaaurry 6, 190-7
i 2 "p
:,V0,"er
3.

11

K-ARYAKIN, A.V.; SAVOSST'YANOVA, M.V., prof., doktor fiz.-mat.naukp red.;
SVESMIIKOV la-:~--A-M~"f i z. -ma t
0 nauki red.; KHRUSTALWA,
A.A., izdat.red.; ORESHKINA, V.I., tekhn.red.
IT-ilminescent testing] Liuminestsentnaia defektoskopiia. Pod
red. M.V.Savostlianovoi i B.IA. Sveshnikova. Moskva, Gos.izd-vo
obor.promyshl., 1959. 49 p- (MIRA 12:11)
(Luminescence) (Testing)

KRAVETS, Torichan Pavlovich Ldeceased]; SMIRNOV, V.I., akedemik, red.;
TEMIN, A.N., akademik, red.; GOROKHOVSKIY, Yu.N., red.;
NgPORKNT, B.S., red.; SAVO 'YAfflgVA, MJ., red.; TOPORMS, A.S.,
C 4
red.; FATARKAN, G.P., treYdj:MWdft-0V, r. S., red. izd-va; ZENDMI ,
M.Te., takhn.red.
(Works in physical, Trudy po fizike. Moskva, Izd-vo Akad.nauk
SSSR. 1959. 339 P. (KIRA 12:8)
1. Chlen-korrespondent AN SSSR (for Kravets).
(Kravets, Torichan Pavlovich, 1876-1955) (Physics)

5 (4)
AUTHORS: V., Matsinova, L, G. 5()V/2O-125-6-34/61
TI~LE:, The Colloidal State of. Dves and Metachromntic Prap-rtlao-
kxasitelc-Y i Mel-Akhramazlyn)
PERIODICAL:. Doklady Akademii nauk SSSR, 1959, Vol 125, TTr 6,
pp 1294-1297 (USSR)
ABSTRACT: The nature of the change of color (metachromesis) in the
presenceof highly polymeric.substances (chromotropes) is Of
importance in histochemistry. The new absorption maximum M
.forming in the presence of cbromotropes is caused.by the
aggregating centers of the dyes (Refs 1, 2). On the other
hand, highly aggregated structures occur also in colloidally
distributed dyesVwhich also have a characteristic absorption
Maximum (Ref 3), For the purpose of investigating the
connection betweenthese two phenomena, the spectral properties
(in benzene, acetone, etc) of colloidally distributed
methylene blue, fuchsia, crystal violet,. and cyanine
(3,3-diethyl-9-methylthia-carb.ocyanine-iodide), and, in
addition, the.properties of the aqueous solutions of these
dyes were investigated with an additionof agar-agar. The
Card 1/2 maximum M is in both cases caused by centers of colloidal

The Colloidal State of,Dye s and Metachromatic SOV/20-125-6-34/61
Properties
nature. These aggregates are characterized by optical
constants which the dyes have when in the solid state, and are,
of the magnitude of,some dozens of millimicrons. This amount,
however, changes according to experimental conditions. The
experimental results obtained are given by tables 1 and 2 and
are shown by figures 1, 2, and 3. There are 3 figures,
2 tableIs, and 14 references, 10 of which are Soviet.
PRESENTED: January 24, 1959, by TereiAn, A.11.) Acadeydciaa
SUBMITTED: October 15, 1958
Card 2/2

ACCESSION NR: AP3003604 3/0077/63/008/()Oh/0249/0252
AUTHORS t Savostlyanova,, 1-1. V.; Agayeva, h.
TITM: The influence of high-molecular 3ifuzitlances qn the absorption spectra of
pi-,:rment-, solutionse (On,tho problem of the nature of H centers)
SOURCE: Zhurnal nauchnoy i prikladnoy f otograii i kinematograftip v. 8, no. h,
1963, 249-252-
TOPIC TAGS; spectral analysis, pigment. absorption spectra, pi&rment solution,
toluidine blue, methylene blue, pinachroino dark blue, high molecular compoundsp
carbo-.y1me-,1Vlcel1u1ose,, sodium bisilicate, sodium silicatev gelatin, H-lines,
H-lines
ABSTRACT: Experiments were performed to provide data for substantiating the hy~r
pothesis of 14. V, Savostlyanova (Dokl. A;.) SSSR, 1959, 125J 1294). According to
her view there exists a siirilarity bebueen the H-lines appearing in the absorption
spectrum of carbocyaniG pigment solutions and the M-lines produced by the cation
pipnents in the presence of ionic high-molocular substancess The pigments tested
W
weret toluidine blue3, methylene blue., pinachrome blue.. 3.,11-diethyI4, 6-dimethyl-
8--.1-aortl-iio-41--pinocarbocyanidep 3.,31-diethyl-4,t5*4,,P~e-dibenzooxycarbocyarxide-
Card 141'~-)

ACCESSIOU UR: AP30036o4
i :p-tolusulfonate, 3,31-d'-.-thyl-9-etilyi-4,5,41,51-dibenzothiocarbocyanocliloride, and
3,31,9-trietliyl-11,5j4'j5l-dibenzothiocirbocyanobromide. The high-molecular Com- t
pounds tested were: agar-agar) carboxy~hothylcellitlose, sodium bisilicate, sodium
silicate, gelatin 2221, and gelatin 12350. The results of these tests are prWertedl-
graphically in Figs& I and 2 of the Enclosures. It was experimentally determined
Ahat the short-wave absorption maxima of all pigments (tested in the pres;nce of
~every high-nolecular substance listed above) 'lay in the same narrow spectral
al. -lines and H-lines are identicald~
ijiterv, The authors take this as a proof that M
Their view is further sustained by the identical course of M intensity curve Is under~.
:'Vhe influence of varying concentrations of the high-molecular substances. Orig.
:art. hast 1 table and 2 gra
plv.
ASSOCIATIONs GosudarstyenrqV opticheskiy inst-itut ima-Se Is Vavilava (State
Optical Institute)
suBimms i3jul6o DATE ACQt 02Aug63 'ENCLs 02
SbB CODE: PH NO REF SOVt 006 arHER: oo6
Card

J,
S1048 63/027/001/022
B106 B101
hl. V. and Chernyshevt V. A#
THORS;
AU
TITLE: A spectrum analytical method of studying high-molec 1
substances and its applicability
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya
v. 27, no. 1, 1963, 62-64
TEXT: Factors are discusseTthat influence the practical application f
the spectrum analysis of dyes for the, examination of high-molecular~
compounds (HMC). In this method, HMC containing ionic groups is added
to an ionic organic dyeiof opposite, charge whose absorption or luminescerIX3
spectrum changes continuously with the doncentration ofthe HMC. An
essential point is the formation of K centers at-the "optimum cojicentra~
tion" where the corresponding abort-wave absorption band A is strongest~.
The formation of such centers is subject to the.folloving factors which-
limit the applicability of the method:,(1) Th~ centers form at a
stoichiometric ratio between dye and H11C; the optimum concentration
therefore 4epends on the dye concentration. (2): The K centers change
Card 112
L

S/048/63/027/001/022/061
Aspectrum,analytical method'of ... B 106/13101
considerably when solutions of dye containing HMO are left standing f or,-
a longer period. This is due to the gradual precipitation of:complexes,
having the absorption.band,A.. Their. solubility considerably decreased.-
owing to the mutual saturation of the hydrophilic groups of various,
components. (3) A twofold or threefold.increase in HMC concentration
above the "optimum concentration" caus6s a small shift of band A. This
effect can be clearly seen,in polymethine dyes. -Hence, Iconstant dye
concentrations must be used in order to ensure~reproducible resul ts
when applying this method t,o.the practical examinati.p~ of HMO'. Measure,
ments'have to be,made at.a certain time after-th.e-solutions have bedn
'determined fr'm the
obtained and the "optimum concentration'l,must.be 0
Position of the maximum A U
(at its smalles'~wavelength)) not from its
intensity.-There are 3 figures. ~Th'e most important!English'.Ianguage
reference is: P. Yukherjij R.'Mysels. J.Amer.Ch'em.Soc.,77,2937(1955),.
Card 2/2

L 30080-66 DEW (m) /E7dP( J) IJF(c) RM
Acc ziR: Ap6b12210 SOURCE CODE: UlVO23V66/000/OC)4/0009/0017
AUTHOR: Savostlyanovaj.,M. V.; Voroblyev$ A. G.; Polyakovp Yu. N.; Shal~hverdov,-3
T. A.
ORG: none
TITLE: Characteristics of processes of coloring and discoloring of photochromic
substances such as spiropyranes in polymer films
SOURCE: Optiko-mekhnicheskaya promyshlennost', no. 4, 1966, 9-1T
.-TOPIC TAGS: luminescence, quantum yield, organic solvent, pol"er chain, 0.0'L6'ell
ABSTMCT: The authors investiGate the photochromic.effect (reversible change in
the color of a substance under the influence of absorbed radiation)) and derive
certain quantitative characteristics of polymer films containing spiropyranes,
the.photochromic characteristics of which were disclosed in a patent by C. A.
Carlson (USA Patent 3A85,469, class 88-74, 1963). The spiropyranes together
with the polymer (polymethyl. metacrylate, polystyrene,polyvinyl butyral, ethyl
cellulose, and LP26 polymerization lacquer) were dissolved in a solvent (chloro-
form, dichloroethane, acetone, dioxane, benzene, alcohol) and the film left after
Card 1/2

L-05703-67-- ETWPI~-' =x, ~-mY/T- -TJKcJ
ACC NR, SOURCE CODES UR/0237TWO ~/0031/0041,
AF6ot6356 W&
AUTHORS ~avoxtlyivnova, M,_Vt
2
ORGS none
TITLE, Fhotahromic conversions of spiropyran molecules and their applications
SOURCES Optiko-mekhanicheskays, promyshlennost'p no- 59 19669 31-41
TOPIC TAGS8 spimpyrang photochrony, internal photoeffect
ABSTRACTS The art.-icle reviews the phatochromic properties of one class of phatochrodc'.
organic compounds,, the spiropyrans, which are of interest from the standpoint of bath
the mechanism of 1=toconyersiona and their practical applications. 7he structural
changes taking place in the spiropyran molecule are shown in Fig. 1.
a-'g. 1. Schematic representation of structural
la =
changes of spiropyran molecules under.the influ-
ence of ultraviolet (hvj) and visible (hv2) ra- A B0.7
diation: a - general diagram, b - diagram of CH, CH
CH.?
the molecule of 1,3,3-trimethylspiro(21 H 11- f e hy
benzopyran-2!,2-iedoline)-
zC h
C
7' 'hV,.
CH,
Card 1/2 UDC: 541-14 A

T
ACC NR:
AP
6626356
The spectral properties (absorption, luminescencel, spectral sensitivity of coloration
and t?6olorizaticn and their kinetic aspects) of spiropyrans in solutions and R21Mr
filmsV'ind the reproducibility and mechanism of the photochroxic "actions A"
cussed. The advantages and limitations of the applications of phatochromic systems
(light modulatior~ information recording and storage systaw) are indioatod. Orig.
art. hast 7 figuros AM 3 formulas.
SUB CODEI 07,,20/ SUEN DAT&I 17NOV65/ (BIG IWIFI 0161 6M MW# 051
Card 2/2

57-

ACCESSION NR: AT4013966 8/2659/63/010/600/0283/0289
AUTHOR: Tomi)ln, 1. A.; Savo atlyanov.A.'- N. A.
TITLE: Determination of the solubility of nitrogen in chromium
SOLTilCE: AN SSSR. Institut metallurgil. Issledovaniya p0 zharoprochny*m
spla:vam, v. 10, 1963, 283-289
TOPIC TAGS: chromium, nitrogen, nitrogen solubility, solubility, chromium al
loy
ABSTRACT: The detailed investigation of chromium-nitrogen alloyawas started not
long ago, when chromium and its alloys began to be used as structural metarials at
high temperatures. Numerous investigations led to the conclusion that the brittleness of
chromium at low temperatures is caused by the presence of impurities, especially carbon
or nitrogen. Nitrogen, present as a solid solution, has a strong influence on the mechani-,
cal properties of chromium, a property which has now been used as an expedient way of
determining its solubility in solid chromium. The solubility of nitrogen in chromium 18
determined by an Investigation of the following equilibrium reactions.
1/2N N (solution in Cr)
2 ~(gas)
/2N2(gas) + Wr(golid) __4 cr2N(solld)

i ACCESSION NR: AT4013966
at different pressures and temperatures. Then# these equations were used to determine
the thermodynamic characteristics of solutions of nitrogen in chromium and of chromium
nitride (Cr2N). Several graphs illustrate the findings. The dependence of the n
itrogen
that
concentration in chromium on the pressure was determined, and it was shown solid
solutions of nitrogen in chromium are ideal dilute solutions. Figure I of the Enclosure
shows the results of the determination of the solubility of nitrogen In chromium in relation'
to the pressure at temperatures of 1250 and 1340C. Figure 2 of the Enclosure shows the
solubility of nitrogen In solid chromium In relation to temperature. Finally, the de-
pendence of the dissociation pressure of chromium nitride on the temperature is shown in
Figure 3 of the Enclosure. Orig. art. has: 5 figures and 14 formulas.
ASSOCIATION: Institut metallurgii AN SSSR (Institute of Metallurgy AN SSSR)
SUBDUTTED: 00 DATE ACQ: 27Feb64 ENCL- 03
SUB CODE, MM NO REV SOV: 004 OTHER: 018
2/5
Card

L 2472o-66 E',VT(M)/&VP(J-) IJP(c) RM
ACC NRt AP6009511 SOURCE CODE: UR/0413/66/000/005/0020/0021
AU'rHOR: Ivanova, V.A.; D,; Y-or-OA-1y&y, rg. B.G
Ginzbu
Zharavin, K. N.; Korchilava, Ye..Ya.;.Savost'XaDova,--N- a.
ORG: none
TITLE: Prep ration of C~!p~ax727T_q~rqa tobenzothiazole. Class 12f
No. 179~06 ch Ins tute of 0 anic,
nounced by the Scientific Research Ins rg
Semifinished Products and Dyes-and the j3erezniki Plant of Aniline
Dyes (Nauchno-issledovitel-i-s~y
'~ poluprodue,tov
i krasiteley i Bereznikovokly anilinokrasochnyy zavod)j
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 5, 1966, 20-21
TOPIC TAGS: captax, mercaptobenzothiazole, aniline, aniline dye
ABSTRACT: An Author Certificate has been issued describing a method
for preparing Captax-2-merdaptobenzothiaz-ole by melting aniline,
sulfur, n1trobenzene, carbon bisulfide at elevated temperatures and
pressure, followed by dissolving the melt in a water solution of
alkali hydroxide or milk of lime, purifying the solution obtained
and separating the product. To improve the quality of Captax, cle-
contaminate the waste water and make it possible to use t6 solution
Card 1/2 UDC.- 547.789,6)2.07-
T r
11A i

L 2472o-66
ACC NR, AP600951-1
of the alkali Captax melt for the production of Pulfuramides, the
purification in conducted by extraction with benzene polychlorides,
chlorobenzene, benzene, or their water emulsions, followed by rem vat
of the residue of the solvent by conventional methods. FLD
SUB CODE: ll/ SUBM DATE: 08Aug64/

(2) SOV/75-4-3-1 0/134
Turova, N. Ya. , Novoselova, V. , Semenenko, K. N.,
Savostlyanova, R. i.
T I T L E-': On the Phenolates of 3eryllium (0 fenolyatakh berill-ya)
P'."RTODT-C-,'L: Zhurnal neorganicheskoy khim-ii, 1959, Vol 4, Nr 3,
Pp 5401-552 (USSR)
A3STRI~CT: The interaction between beryllium chloride and P-naphthol and
p- and m-cresols has been investigated and the nroperties of
the resulting phenolates have been described. The rea:ction of
beryllium chloride with o-, p-, m-cresol takes place at
takes
90-1000C. The interaction of p- and m-cresol with BeCI
2
place under a strong development of HC1. The phenolates of
beryllium are white,, amorphous, hygroscopic substances, which
slowly hydrolize in air. Thermographic and radiographic
investigations were carried out. The following phenolates have
~been prepared: P-naphthol beryllium (Be(OC 10 H7)2 and
-OC
and Be(m-OC
H
' The phenolates of beryllium
H
Be(p
)
)
.
,
2
2
7
7
7
7
are slightly soluble in benzene and xylene, stable in ether.
Card 112 Decomposition occurs under the action of 7-nethyl alcohol.

SAVOST'YAIIOVA, S. I.; ZIATKIS. L.$.; ZOIDTIKO. Ye.A.; 3CRKOVSKAYA. G.R.
Result of therapeutic and pedagogic work in a children's home for
infants sequelae of organic lesions of the central rArvous system.
Pedistriia 39 no.6:72-78 M-D 156. (MW 10: 2)
1. Zz Oblastnago domm rebenks NO.7 KharIkovskogo oblazdravotdals
(zav. D.F.Shevchenlro, -,lavW vrach S.I.Savontlyanova)
(CMRAL MVCUS SYSTIM.: diseases,
in inf. & child.,ther. (Rus))

STUIIIYY L.A.; &URCRIOVA, O.N.; BUTSIKA, L.K., kand. med. nauk; KRIMBOKOVp
S.A. [Kryv-obokov-1; VOLOSHBOV, B.I.I. (Voloshynov., B.M.1y dotsent
BICHKOVSKIY, V.N. [Byshkovslkyi, V.N I dotsent; POKOTILOIIA, V.Yu.
[Pokotylova, V. IU]; KOLESNIKOV, G.F: [Kolesnykov H.F.]. ZLATKIS,,
L.S.; SAVOSTIYANOVA, S.I.; BRIN, D.D. CR7yn, D.D.1; MATVEYRTKO,
Ye.A. BRONZ, L.M.; YEPSHTEYN, L.G. (Epshtein,
L.H.1, kand. med. nauk; SIIAKIDIOVICH, L.A. [Shakhnovych, L.A.]
Annotations and authors' abstracts. Pediat. akush. ginek. no-3:
31-34 163 (MIRA 1711)
1. Kharlkovskiy nauchno-issledovatellskiy institut okhrany mate-
rinstva i detstva (for Stuliy). 2. Kafedra detskikh bolezney,
Odesskogo.meditsinskogo instituta (for Safronova). 3. Ukrain-
skiy instit-at okhrany materinstva i detstva (for Butslka).
4. Detskiy sanatoriy cElya rekonvalestsentov ot tilberku2.eznogo
meningita, Kiyer, Pushcha-Voditsa (for Krivoboko*). 5. Detskaya
klinika Ivano-qrankovskogo meditsinskogo instituta (for Volo-
shinov). 6. Kafedra detskikh infektsionnykh bolezney Krymskogo
meditsinskogo instituta (for Bichkovskiy, Pokotilova). 7. In-
stitut infektsionnykh bolezney Kiyev-( for Kolesnikor). 8.Kharl-
kovskiy oblastno det lkly dom No.1 (for Zlatkis, Savostlymova#
Brin I~itveyenko . 9. iafedra pediatrii Kiyevskogo medi-iiistl%ft
~(for Bronz) 16_.~'Kafedra fak-ulltetslKoy pediatrii Gorlkovskogo med.
instituta (for Yepslite-yn). 11. 2-ya detskaya bollnitsa Shevchen-
kovskogo rayona g. Kiyeva (for Shakhnovich).

'nr
-:P-i- ur. reor~~,
rab,di~um and cc..-~I~:m cn
khilu~ no,12i'23..',10-2805 (ja E, A
ineril Domcnoao-va,
kla f e d ra fz 4- c he sk oy

'Ely 0, f,
Y~- A. K,
~e, zan n 196Z. Kul.
urj;i r I I
of Uom
(Mf.V- 17-12)
or. as ron. 9 nc-,.8:-78 If) 14
tu
pedagog-hesildy st,

PHASE I BOOK EXPLOITATION SOV4350
Sovashchanlye po khAmil, tekhnologii I prImenenlyu proizvodnykh
pirldina I khImlink. Riga, 1957
Khlmjya~ tekhnologlys I primeneniye nrol-vodnykh pirldina I
khlnolins: materlely SoVeshnhanljA (Chemistry, Technology
and Utilization or Pyridine and QuInollne Derivatives;
Materials of the Conference) Riga, I.-d-vo AN lAtvly3koy
*
lnaerted. 1,000 copies
SSR, 1960. 209 p. Errata sllp
printed.
Sponsoring Agencies: Akademlya naux Latvlyskoy SSR. -InatLtut
khimll; Vzosoy=noye khImIcheakoye obahchestvo.
S. Bazhanova; Tech. 3d.: A. Payavinya; Editorial
Ed.
ard- Yu. A. Bankovakly, Candidate of Chemtatry, E. V.
;o
Varmga~ Candidate or Chemistry (Reap. Ed.)j L. P. ZalukRyev,
Doctor or Chemistry, and M. M. Xalnyn'.
PURPOSE; This book In Intended for organic chemists and
chemical engineers.
COVifi;G31 The collection contains 33 articles on methods
or synthealzirg or producing pyrillne, Itlinallne, anti
their derivatives from naturil uour-es. No personalities
are mentioned. Figures, tables. and references A-1:Ompany
the articles.
TARIP OF COh-.L%r3:
1. PY'RID-INE kND Q1jjNOLj-,S D-zRr.IA:-r~rS
THZ TFMRXXL CRACCIZI OF pr.-L3
X. M. --rm

Salts Ottall'-qd ?-0,C031 T,,
Akademll naw,.
:n or '-'1e Alalqmy 'if Z-2t'3n'~es 'J33'j)j
tra'"On and Utllltation of Nltrog-nqo,_, 3,sqq FrIl', the
Sa=lcok-Ing of Chare=;Lhovj Coal 25
KuzrQt-3Ov. V. I., and A F. Paj-~y~jheva j jn3t Ltut.
teplo.
- ?,,,.er FnZIneering
Li .
Institute of the A-&-e'7 Or S,.'s.
'er
*
The Cwttent or ?7-IdIna Baaes In T&rs From 'he
Thermal
Decomposit.-on of Lignites From tne Dmiepr Basin 3T

A .
I' L and 0. Ya. V-inaz [Ins-ttut khi~u
'
A;;
J
a
H
A
eM
a
k
n L&-v17sicOY 53R (C5
iU-,,Aj VINtitute of the
AaadenW or Solen_~3 lAtviyakaym SIR)]. Pyridine Bases pro.
3aprovelte Tar-
--- %3
p-,'-
, u - 0. -P-mull'.ftmr- '1r1 . -
'
tZnl-tul
neft, AV
Uesd. hauk s3a ntlt-lre f
the A!3demy of S.-je.,%4:es USSR)] ~ math,j, of Dmtemqnatl

n'd th
Chars"ert&t 0.
4c3 ' ToW Nltmgen and N*trvgen
..
BAS-0 !.n Pletrolle'ms
55

[:"titut gorytichikh '
kcP
Q-nYkh Akal.mul
H
na-i~., SSsR (jnat_-tt. for MIn-ral F-.1- ~ Of -rm klad-my of
:
S-Ien~cs USSRA St;ara'1rn or -he B-p ~Olihs
Frd,:tlon of
11 -ar by "q Sele-tiv- Extral-tion Method 69
Pyll'skl- 1- a,%J S. [Ph*,3,Vj*
h r% 'y
Inatitute or the
for
Gentrall Chi!,--.t-y (w,.-,a.))
PhY31cr,h-itcall Stud--es _,n
'
Ba--es p-, p.,d~,tta or
the Ch~cucll Processing )r
V cou

S, Void
Fjmp:8f,. 39k. ff
- -g [I
Pill I -
ha
4 ui
~F- Haiti
L.a 4
A a g ;LI N E; T
a

ACC NR, ANoonc-~-
SOURCE CODE: UR/O153/66/009/k-5/W91/0793
AUTHOR: Kudryavtaev, N. T.; Colovehanokaya, R. G.; Savostlyanova, V. 'I.
ORG: Moscow,Ctiemico-technological Institute Im. D. I. Mendeleyev (MoskovSkiy,
khimiko-tekhnologicheskiy institut)
TITLE: Cathodic process in electrodeposition of cobalt-titanium alloys in hydro-
fluoboric electrolytes
SOURCEI IVUZ. Khimiya i khimichaskayn tekhnclogiyas v. 9, no. 5, 1966, 791-793
TOPIC TAGS: metal electrodeposition, cobalt'rtitaniu-malloy electrodeposition,
.,cobalt ti*tanium alloy, ACA~.~+.f- alf4j-'- I
ABSTRACT: The effect of pH, temperature, and current density on the composition
and quality of deposites and theyield of cobalt-tita.nium alloy obtained by elec-
trolysis in a hydrofluoboric electrolyte has been investigated. It was found
that at an electrolyte temperature of about 20C and a pH of 1.7, a current density
increase from 1.5 to 20 a/dM2 resulted in the increase of titanium content in the
alloy from 4 to 10%. However, the quality of deposites was poorer and th(1- yield of
alloy dropped. Temperature increase to 50C resulted in a decrease of titanium con
I tent to 2% and poorer deposite quality. An increase in pH from 1.7 to,3.1 brought-
about an increase of titanium content and yield of alloy but the deposites were
spongy and contained titanium hydroxide. The best quality.of deposites, containing
Card 1/2 uDc: 66.062.662:542.97

Y, U,
Repn 'Cn or
cterist4ls of t-"~O _,-eLa~4V~ i -ducti
st or Genetics, -"icad 'ScJ !jS:iF, 54.
Kck-Sa,-hYz.. Gan:. Bicl 3ci, Ln
(Tr, 15 -ep 54)
SO: Sun 43 -22, 217~ ~!ar 55

/j L 10214-66
ACC NR: AP5028542 SOURCE, CODE.-
AUTHORS: Stramoust-K. F.; Savoting-G. I.- Por2hbM, G. A.; Perelmey, Yu. W,.;
Lysov, N.* I.
ORG:~ none
TITLE: A machine for, building leyv luvial s and for,-forming land slope
sn along al plain
Class 84f No.. 175897 lannounced by Designand Ccustruption Bureau of
Clavatroymekhanizatoiya of the State Production C66mittii:on~the-Trans'nort Conitrubtion
SSSR (Proyektno-konstruktorskoye byuro glavstroymekbnizateii,goeudar~styennogo..
proizvodstvennog'o komiteta po transportnoma stroitelletvu Sssi)7.',
SOURCE: Byulleten' izobreteniy i tova=ykh =akovi no. 20, 1965, 52
TOPIC TAGS: excavating machinery, construction machinery
ABSTRACT: This Author Certificate presents a machine for building levees on alluvial,
plains and for forming land slopes. The machine contains a working member with
n=erous buckets for transverse excavations (seeYig. 1). This.memberlis,6upported1j,:
a bearing-turning platform. To assure the possibility of levee building, and slope..
forming, as well as trench excavatingt the working member is placed on the turning,
platform eccentrically in respect to its axis of rotation. :The rear' part of'the.: .
machine contains a transverse carrier and a demountable stopping baffle fixed.to:'the'
frame of the working member, ~The body of.each bucket may be open at the bottom, while
Card 1/2 Ulm 621.M."3.6

BULGARIA Farm Animals. General Problems Q-1
'Xb:~ Jour: Ref Zhur-Biol., No 3, 1958, 12045
Author Savov Atanas
Inst
Title Comparative Laboratory Experiments Aimed at the Study
of Toxicodynamics of Silaged Wild Chestnuts (sravni-
tellnyye laboratornyyeopyty po izucheniyu. toksikod-
inamiki silosovannykh dikikh kashtanov)
,.Orig Pub: Nauchn. tr. Vyssh. veterinarnomed. in-t, 1956, 41
481-491 (in Bulgarian)
Abstract: The chestnuts were ensilaged both after drying and
after boiling, as well as after soaking, etc. 5%
infusion, prepared from the silaged wild chestnuts
without previous processing, showed a lower hemoly-
tic number, as compared with the infusion obtained
from fresh and from boiled chestnuts. Nevertheless,
Card 1/2
5

SVOV, B.
SAVOVY B. A dam and a small hydroelectric plant. p-33-

L122
Wis. =votuarude-va. Vol 16. No 2, Fearuary 1902
1. *prcduO*Icm is NOW ko;t;or and Caospor," convurpa lion
cooperAtive
mlta jTa~_jCJJ;ff ChiAf ZoologLel. at tho
c
rarm n h TI, A4 or Uzloduy tYratsts kruE)j pp
3-6.
2. "Now OramnixatIon of LAbor in Livestock Waing at the
31,azo ram in Star& Z& om VU-11CO SABAXOV and
Slaaoreat 3 SOVI pp ~_ll
Top-ac-mentrated V6.42)
"TnA kdvxntaS*4AjLrs UbTIOUN fron
the very i*61nalne."
.
To4or,jjLaMY, =qr 7ouicsim, t 'ti, cooperatIve
tam in pp 12-13.
"apOCIAILZaLlon and Concentratloc Hog PAI mina I m
9
'
stats F&ma.* Vasil Letarov a., tze
3. -- -, v t ~l
J111 tro7
Z
(AtrlotilLural pp lz
5.
Joint FattegrbS Yam of tne C"poratIvo Fa=& In
=van akrugl" Borialav SKVV;
,Zp 21-24.
,
..6. "The, ?omalbillties for ProdualmS Vora L&mb.* Nolko
X=ZTV of too State Livottoa

.

ZO460%rated 70"Jer'"
"Hay FloUr__& SUoXtI*
.Uto for r
1.
zc--I, senior Zoologist. Okfug People's Council,
Rate'rad; pp 30-31.
a. *70ts.-.091--to Im;ortant ReaOrTs ror StretW_thealng
Fodder Base." Kastadla (ANCIM? (100100s, Witt '30
Slaacevgrad Okrug Comait'M-c. %.he Allgarian
Co=Imlet. Party) and --mitur rA-.D--MV; ;p 32-34.
9. *Die Tias for UmIn6 Fodder ~rc Stefan DIkITROV.
p
"
the regilo-R-Al-
Junior Scientific Collaoor, tor
:
1ATestomc scianUflo ressarea In 3tars.
ZAaars: pp 35-40.