SCIENTIFIC ABSTRACT BOGDANOVA, A.V. - BOGDANOVA, I. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205910005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SHOSTAKOVSKIY, M.F.j_PqGDANOVA, A.V.; USHAKOVA, T.M.
Diene synthesis with the participation of vinyl ethers. Report No. 5:
Reaction of divinyl. ether with hexachlorocyclopentadiene. Izv.AN SSSR
Otdakhim,nauk no-4:709-714 Ap 961, (NIRA 14:4)
lo Institut organicheakoy khimii im. N.D.Zelinskogo AN SSSR.
(Ether) (Cyolopentadiens)

SHOSTAKOVSKIY, W.1 BOGDANOVAj A.V.; PLOTNIKOVA, G*I.
Stud of diacetyleac,derivativen, Report 8; Reactiona of
lot vinyl andthioethyny:2 vinyl atherac-th carbonyl compormda.
UVAISSSR.Otdakhimonauk noo5:905-909 MY 161- (MIRA 14:5)
1. Institut org&aicheakoy kbimli in. N.D.Zelinsko 0 AN SSSR,
(Ether) (Carbclpl aompundm~

BOGDANOVA, A.V.j-, PLOTNIKOVA, G.I.j YAKOVLEV, I.P.
Derivatives of diacetylene. Report No,9: Synthesis of unsaturated
alkoxy- and thioalkyl acetals having C7 - C.15 carbon chain in
their molecule. Izv.AI4 SSSR.Otd.khim.nauk no.10.-1841-1846 0 161.
(MM 14;10)
1e Institut organicheakoy khAmU im. N.D.Zelinskogo AN SSSR.
(Acetals) (Butadiyntj)

I I
SHOSTAKOVSKIY, M.F.;.BOGDANOVA, A.V.;-VOLKOV, A.N.
Vinyl compounds in diene pynthesis~. Report No.8: Diene synthesis
of vinyl ethers and thio ethers with anthracene. Izv.AN SSSR.Otd.-
khim.nauk no.11:2072-2074 N 161. (MIRA 14:11)
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN SSSR.
(Ethers) (Sulfides) (Anthracene)

SHOSTAKOVSKIY, M.F.; BOGDANOVAg A.V.; USHAKOVA, T.M.
Vinyl compounds in diene synthesis. Report No.9! Some properties
of diene synthesis adducts with vinyl sulfides. Izv. AN SSSR
Otd.khim.nauk no.12:2217-2222 D 061. (MIRA 14:11)
1. Institut organicheakoy khimii im. N.D.Zelinskogo AN SSSR-
(Vinyl compounds)

qHOSTAKOVSKIY, M.F.; BOGDANOVA, A.V.; VOLKOV, A.N.
I Vinyl compounds in diene synthesis. Part 7: Diene synt~-sis
of vinyl ethers and thioethers with 2.,3-dimethyl-1,3-butudiene.
Zhuro'ob.khim. 31 no.7:2096-2loo n 161. (MIRA 14:7)
1. Institut organiche,skoy khimii imeni N.D. Zelinskogo AN SSSR.
(vinyl compounds) (Butadiene)

SHOSTAKOVSKIT, M.F.,*_~~GDA,~OVA_, A.V.; VOLYIOV, A.N.
Vinyl compounds in diene synthesis. Report Ho.10 Interaction
between divinyl ether and anthracene. Izv. All SSSR Otd.
Ichim.nauk no.22346,-350 F 162. (MIR& 15:2)
1. Institut organicheskoy khimii im. %D.Zelimskogo AN SSSR.
(Vinyl ether)
(Anthracene)

SHOSTAKOVSKIY, MF,,- BOODANOVA, A,V,j VOLKGVp A.D.
Vinyl compounds in dione synthesis* Report Noel2s Structural
selectivity of the dione condensation of vinyl others with
isoprens. IzvAN SSSR Dtd,khim.nauk no.7s:L254,..1258 JI 162.
(MIRA 15:7)
1. Institut organicheakoy khIldi N.D.Zolinskogo AN SSSR.
(Vinyl compounds) (Isopreno)

VOLKOV, A.N.,- BOGDANOVA.. A.V.; SHOSTAKOVSKIY, M.P.
Vinyl compounds in diene synthesis. Report No.21t Diene synthesis
of vinyl ethers and thioethers with isoprene. Izv.AN S&M.Otd.khim.
nauk no.7.-1280-1284 J3. 162. (NIM 15-17)
1. Institut organichookoy kbimii Ima NaDaZeliwkogo AN 538R.
(F,thers) (Isoprene) (Vinyl compounds)

BOGDANOVA, A.V.; FLOTNIKOVA, G.I.; SHOSTAROVSKIY,, M.F.
Reactivity of acetals and ionic telomerization. Usp.khim. 31
no.10:1165-1178 0 162. (MMA 15:11)
1. Institut organichesko- Ichimli AN SSM imeni Zelinskogo.
(Aaetals) (Polymerization)

SHOSTAKOVSKIYO M.F.; BOGDANOVA, A&._L_POLOVINq L.Y.; SHAMAHMMVA, S.
New polymeters of virWI Ath~rs* Report No.2: Heterogeneous catalyst
of stereospecific polymerization at room temperature. Izve AN SSSR.Otd.
kh'iln.nauk no.10:1813-1817 0 162, (MIRA 15:10)
I
1. Inatitut organicheakoy khimii im. N.D.Zelinskogo AN SSSIR.
(Ethers) (Catalysts) (Polymerization)

SHOSTAKOVSKIY, M. F*;-wQDANOVA, A. V,,j VOLKOVP A. N.
Interaction of virql ethers vitb furan and.2-mathylfuran.
lmv. AN SSSR Otd. khim. nauk no.12:2224-2226 D 162,
(MIPLA 16%1)
1. Institut organicheakoy khimii im. N. D. Zelinskogo AN SSSR.
(Ethers) (Furan)

ACCESSION NR: AP4ol0042
S/0062/64/000/002/0127/0132
.A,.,_At_V-; Plotnikova, G. I';
AUTHOR: Dolgilch, A. N.; Bogdan-Qv 0 0
Ushakova, T. M.; Shostakovikiy, M. F.
TITLE: Investigation of diacetylene derivatives
Report 109 Interaction between ethinylvinylthioethers and water
SOURCE: AN SSSR. Izvestiya;
Ser. khim-., no. 1, 1964, 127-132
TOPIC TAGS: diacetylene derivatives, ethinylvinylthioethers,
ethinylvinylalicyloxo, thio or nitroethers, triple bond reactivity,
aix-configuration, keto-enol resonance, enol stabilization, thio-
vinyl group, thioketo group, meroaptan addition.products
ABSTRACT: Since the compounds CHSC-CH=CH-OR do not react with water
in a neutral medium even under heating, hydration of the triple.bond
proceeded under the influence of HgSQ4 and heat to form the corres-
ponding 2-acetylvinylalkyloulfides and their tautomerio 3-oxvbuta-
diene-1,3-y~l-acetylvinylalk,vlsulfides,, a new series of diacetylene
Card 1/2

ACCESSION NR: Ap4o:Loo42
derivatives. The possibility of keto-enol tautomerism of the deriva-
tives and conditions for-stabilization,of the enol form - cis-
configuration and bond formation between the H of the OH-group and S,
resulting in a six-membered ring - are discussed. The IR spectra
confirmed presence of the cis-configuration. Acid hydration (10%
.HPS04) yielded mainly 2-acetylvinylalkylsulfide. In the interaction
w1th water,, in compounds of the type CH=-C-CH=CH-XR where X - 3, 0., N,
the sulfur atom, like 0 or N, Jncreased the reactivity of the triple
bond, compared to that in vinylacetylene. This influence appeared
in the order N-,~O >S; The syntheses are described, as are yields
and end products. Orig; art; has: 8 formulaae,
ASSOCIATION: none
SUBMITTED:* 22Au963 DATE ACQ: i4peb64 ENCL; 00
SUB CODE: CH ''NO REP SOVt Oll OTM: 005
Card

SHOSTAKOVSKY, M.F.; B!?aPjNQYAr-AvV.; PLOTNIKOVA, G.I.
Addition of alcohols and mercaptans to the compounds witb triple
bonds. Uspekhime 33 No.2.229-1150 F 164~.
1. Thatitut organicheskoy khimil iman-4 N.D.Zellnskogo AM SSSR.
(MIRA 17~10)

DOLGIKH, A.N.; BOGDANOVAj A.V.; PLOTNIKOVA, G.I.; USHAKOVA, T.M.;
SHOSTii-OVSKIT-,-M.'F.---
Derivatives of diacetYlene. Report No.10t Interaction of ethinyl
vinyl thioethers with w.ater.*'Izv.AN,SSSR. Sorr.khim. no.1:127-132
Ja 164. (MRA 17t4)
1. Inatitut organic~eskoy khimii im. N.D.Zelinskogo AN SSSR.

BOGDANOVA,_~.V.; KUr.ATOVA-SHEMYAKINA, G.P.; VOLKOV, A.N.; ARAKELYAN, V.G.
Synthesis of diacetylenic alcohols, glycols, and their derivatives
based on diacetylene. Izv.AN SSSR. Ser.khim. no.lil74-176 Ja
164. (MIRA 17:4)
1. Institut organicheskoy khimii im. N.D.7,elinskogo AN SSSR.

DOLGIK11j, AeN6; ~WDAROVAs_A.V*; B)IOSTAKOVSKIY, M.F,
Interaction of vinyl and thiovinyl others with trithioetbyl or-
thoformate, Izv,AN SSSR.Serakhime noo2;340-341+ P 164- (MIRA 17:3)
1. Institut orgardchoskoy khimii im. N.D* Zolinskogo AN SSS&

AS
8/0062/64/0001002/0363/0365
4FCESSION NRI AP4019015
AUTHOR: Shostakovskiy, M. Fog Bogdanova, A, Vol Shamakhmudova, So
TITLE: Hishmoleculcr polymers of vinyl-n,butyl ethers
SOURCE: AN SSSR, Uv* Seriya khimichaskaya, no, 2,, 1964, 363-365
TOPIC TAGS: vinyl ether polymer, Ziegler catalyst propyl-lithium, polymer,
lithium, vinyl alkyl ether
ABSTRACT: The purpose of this work was to improve on Zieglerls catalyst so as to'
'are stereoregulated polymers of vinyl ethers at room temperature (Ziegler
rep
p
catalysts require cooling due to excessive formation of the active component
Al(L-C4H9)2Cl)- This ether is industrially produced in the Soviet union and is
the base for the important products "Vinipol" and the Shostakovskiy balsam
(composition not explained)o The recommended composition of the catalyst Is
VOCl3:LiC3H7:Al(i-C4H9)j in the proportion ltl.5:3, Polymerization takes place
at room.temperature in -3 hours* The polymers are colorless, and the c&talyst
readily removable and universal for vinyl alkyl qhers of different structures*
The polymers have a molecular weight of 1o" 9 100o Their radiograms are
cc!ro. 1/2 . . ......

ACCESSION NR: AP4019015
similar to those of earliai stereoregular polymers* It is a white rubbeclUm
i substance. The action of conventional catalysts in compared* Origs arts has:
no figures, 5 formulas. 1 tablo,
ASSOCIATION: rnatitut orpnichi!skoy khLaii In. Us Do Zalinskiy (Instituts
of Organic Chemistry)
Card,

ACOESSION NR: A24025011 S/0062/64/00.0/003/0543/0548
AUTHORS: Bogd=ova, AeVe; Shostikovaldyt M.P.; Shamakhmudova'.3.
TITLIB: New simple vinyl ether polymers. Communication 3. Homogeneous
catalyst for steraospecific polymerization at room temperatures,
SOURCE: AIT SSSRL Izv, Seriya khimicheskayat no. 3, 1964, 543-548
TO?10 TAGS: vinyl ether polymer, sterooopecific polymer,.stereospecl-
Sic polymerization, homogeneous catalyst, modified Ziegler catalyst,
polymerization notivatioup stereospeolficity, stereospeolfic orlenta-'
t~onj aLaminum Isobutyl containing catalyst, dlisobutylaluminum IJ
chloride catalyst, catalyst component function, vinylbutyl ether
paymer, vinyllsobutyl*ether polymer, vinyloyolohaxyl other polymer,
vinyldecalyl other polymer, molsou3nrweight, viscosity, solubility,
x ray pattern.
ABSMICT: The modified Ziegler heterogeneous oatalyst (TI01 0 LLO X
and A'('-04HQ)3) requires investigation to determine vhIch c~mporieav'
is responsible for aotivating-the polymerization and vhioh for direct-_
Ing stereospeoifioity. High vlooosity high molecular veight stereo-
card 1/3

iAOCESSION NRo AP40250ll
!specific vinyl others were obtained at room temperature by using a
I
;ratio of 'the above components Of 0-5:0-5:2. The vinyllsobutyl
iether thus prepared had an even higher viscosity than a polymer
'prepared with the new homogeneous catalyst AI(I-0 H ) *Al(I-0,&11 9)
0 H ) #Al(i-C H ) 01 "M`f up to 33
~This catalyst, with an Al(I Jp?ojj,O P014 ~a 0
,was found suitable for ster;o 2rization at room tom-
I YM
:perature. Polymers of vinyl-n-butyl-I vinylisobutyl-, vinyloyclo-
'hexyl-, and vinyldecalyl others uere obtained In good yield (75-90%)
r
:with this catalyst. 11he molecular weight (vinyl-n-butyl ether 7.4 x i
;1 105, vinylisobutyl ether 1.38 X. 106), viscosityg solubility (97-99% if
;in boiling aootone), and x-ray patterns of these polymers were deter-1;
!,mined. "The authors thank L.S. Yasenko for datermininf the molecular
iveight of the polymers by the light diffusion method. Orig. arts
~has: 1 tablep I figure and I equation.
ASS001ATION:1notitut organlohaskoy khimU AN SSSR im. N. D.
4elinskogo (Institute of Organio Chemistry, 'AN RSSR)
i card

ACCESSICU XR-. Ap4o33388 S/0062/&/000/004/0T0910j15
AUTHOR: Sbamakbmudova,, S.; Bogdanova,
Ae V.; Shostakovskiy., Me F. f
TTTLB-. Now polywre of simple vinyl others. CammAcation 4. steroospeciric
capolymrization, of simple %IUVI others vith mathylacrylate and matbyluotba-
i,crylate at ro= tomperaturso
SOURCE: AN SSSR. Izvestiya. Seriya kh'sdcbeeka , no. 4. 1 709-715 and top
964
hal of insert facing page 712
TMG TAGS; vinyl cther polymer, vinyl ether copolywr) vinyl other me
tbyl
-wwrization
acrylate copolymer,, stareospecific copol, methylacrylate polywrp
metby3methaer7late polymer, hcmogeneous catelyot sysUm, triisobutyl-aluminins
j Aiisobutylaluninm chloride,, beteorgeneous catalyst system, thermal stabilityp
therm=eebanical property., elongation.. solubility,, x ray analysis, elastic
state
stereoregular polymer,, stereoreVAar copolymer
ABSTRA.CT-. Conditions for polymerizing methylacrylate and methylmet)=rylate and.-"I
for the stereospecific copolymerization of these with sinple vinyl ethers van
Investigated. M%ree catalyst system vere tried for,the copolynerizationst
Card -z'

L
ACCESSIM NR: AP4033388
W hatoroseneous system of 1:1;4 TiC3.4:MC3H7:A1(iC4'~)j; (2) homogeneous system
of 1:3 Al(iC4H9 Cl and Al('C4116) (3) heterogeneous a a ea of 1*.195:3 V001 *the
LiCjH7:Al('C0q~3& The bom gen6oX system proved most favorable. Conti;aa'
Polym~rizati6n ificreased the yield of the copolymers but did not change their
c=position. The solubility in organic solvents of the copolymers of simple vinyl
ethers with methacrylate is limited, causing difficulty in separating the copoly-
Zer f ram the catalyst. In a, benzene -soluble fraction: the solubility, of the
.1 copolymer increases vith an increase in the vinylalkyl ether content. The methyl-
acrylate and methy1methacrylate polymers are high melting thermally stable materi-
als. The copolymers have a significant range ia the highly elastic state* From
thermomechanical x-ray and solubility studies it Is concluded that the structures
Of these polymers and cqp6ly=rs are stereoregular. Orig. art. has: 4 tables
and 4 figures.
ASSOOMMON: Institut organicheakoy Uhl-41 Imo No D. Zeliwko Akadwii nauk
SM (Institute of Org=-' o Chamistry# AcadwW of Sciences,
SUMCTM: 3,WOY63 DAME A0Qs IW&y& ENCLt 00
2

VOLKOV, A.N.;,DOGDANOVA. A.V..- KUGATOVA-SHEMYAKINAP G.P.
Synthesis of divinyl-A-diketones and dialkoxyethyl vinyl ketoneB.
Izv. AN SSSR. Ser, khim. no.10:1913-1914 0 '64- (MMA M12)
1. Institut organicheskoy kbimil im. N.D. Zelinskogo AN S35R,

3 676~6~, an (A T Fry.
ACCESS10N MI. AP5008112 S/0062/65/000/002/onf
AUTHOIL- Bogdanova, A. V. Dolglkh, A. N., %astalcovskiy, M. F
TITTLE: S~rnthesis of primary, secondary, and tertiaryalkoxy alcohols of the "vm~iie"
Beries
SOURCE: AN MR. JzviesHya. Serlyn IdAmicbeskayn, no. 2, 1965, 351 -362
TOPIC 7-AGS: alkoxy alcolhol Imary alkoxy alcohol, secondary alkoxy
syntbeb1s, PA
alcohol, tertiary alk-oxy almhol, olofinic acetylenk alcobol. conilignted unsaturatixi
alcohol, ethynylviny) ether, Grignary reaction. oJefinir al),oxykot,~i
ABSTRACT- C~0~n*~Jcetylenic-olqfinlc primag, secondar, and turtiar- alkoxv-
alcohols jvhich may be used--for the production of herhicidc-sl or 0 ey"i to T-S
by t1he reac-.ion of ethynylviny1m ethyl, -
benz.yl ether with acetone, di-n-propyl ketone, avetaldt-h-v,iz- n
aldehyde or ethylene oxide. The alkoxy alcohols were obwino!
e1hynylvinyl ethers prepared by their retction with C1,11-MgBri flho ph.v-;4-71 ocovernos
and inf rared spectra of the reactionRroducts were delerm aml Ch t, n
were Idendfled by preparing acem-ts 'with Yin th0r. TIlf- ILIAATRtion (74 the alcohols
--_ylethvl othor Y
gave olefinic alkoxyketols. M=01 16.8-63% of the the retical were produced by the
1/2
RIMR, M. ININ

0 4 -Z=_
XIJ
0JJg13x
off
it ~-U(vj).
i:11_=r_12T1.cT1-0W1, + 110-cli, cif,
Orig. art. has: 1 table and 15 formulas. 0 X)
ASSOCIATION: Institut organicheskoy khimii irn. N. D. Zolhokocro Akadeniii ri!luk
SSSR (institute of Organic Chomistrv, Acaderny of Sciences, SSSR)
SUBMITTED: 12JunG4 P-NCL- 00 SU13 CODF,,
NO RtF SOV: 003 OTHER- 004
2/2
Card
777`77`~

~4:
669-65 Rwr )Ikw;p(j --j
_L_37669-65 Py
ACCEMON NR- AP5008113
ALTITIOR: Bogdanova, A.V.; Dolgilch, A. N. ShostakovskAy, M.F.
11TLE: Symbesis of primary, seamdary and tertiary aLkv thio-ewme al~,
'SOURCE: ANSSSR. lzvestiy-a. SeriyaUinilcheskaya, no. 2,
TOPIC TAGS: alkyltnioalcohol. olefinic ace-tylenic alcohol. unsaturated
alcohol, primary alcoliol synthesis, secondary alcohol synthesis, t~ rt! i,
Bynthesis, ethynyl vinyl thioal cohol, Grignary reaction
A13STRACT: 1()jefhjie-aooty]eWc primary, secondarv and tuy~tiarv tMoether
alcohols -were prepared by -Vac reaction of ethynylvirly1thic'ut1hyl "Ind ~00,vn-,k in".1
thiioisopropyl alcohol wid; acetone, di-n-propyl ketone, methylvinylk-ow-ne.
n-butyrnld-uhyde. crotonaldrhyde or etkylene oxide. The thioethez- aflcohols v,~ere obla ined
he oTganomagnesjum compow-As genomi ted In the presmcp of
produCts were ild-onWied by elemcuiLal anal ys is and lnf ra red Fpt-(,t rl)s f,~
properties were meisured and tabidated. Yields of 18.15-7 1~i- oi 0it. S t2l
produced. the maction proceeding by the general formula

BOODANOVA, D. Yn.
BOGDANOVA, D. Ya. ; "The awnrness of motion in the process of master-
ing a motor habit." State Order of Lenin ond Order of Labor Red
Banner Inst if Physical Culture imeni P. F. Lesgraft. Leningrad,
1956. (Dis5ertations for DeCree of Candidate in Pedagor-,ical Sciences).
SO: Knizhnays Letopsis' No. 22, 1956

BOGDANOVA, B.A.
Study of peripheral circulation by rhoovaeography. Voen.-med.zh'mr.
no.10:34-38 0 158. (WRA 12:12)
(BLOOD GIRGULATION, determ.
peripheral, rheovaeography (Ras))
(PLITUMOGRAMT
rhoovaeography in aeterm. of peripheral blood circ.
( BUM))

BOGDAROVA B.A.; DRWIWAj, T.N.
Eleatroeardiograp~la observations in operations on the organs
of the thoracic civity under etber-,oMen intubation anee4hesia.
Rhirurgiia 36 no.9t9l-99 3 160. 130-1)
1. Iz fakulltetskoy khirurgicheskoy kliniki (zav. - prof. P.Ne
Yelanskiy) X Hoskovskogo ordena, Lenina, meditsinskogo instituta,
imeni. I.M. Seahemova.
(ELECTROCARDIOGRAM) (CHEST-SURGERY)
(INTRATRACHM AIMTHESIA)

Br.'GDANOVA, E.A.
Prognostic significance of electrocardiography in thoracic
surgery under anesthesia. Xhirurgiia no.9:78-83 162,
(MIRA 15:10)
1. Iz fakulltetskoy kbirurgichooko klimiki (zav. - zaaluzhennyy
deyatell nauki prof, N,N.lelanezT I Moskovskogo ordena Lenina
meditsinskogo instituta. imeni I.M.Sechanova.
(EIECTROCARDIOGRAPHY) (CHEST-SURGERY)
(ANESTHESIA-GOMPLICATIONS AND SEQUEIAE)

BEGEL11,W71 A.A., dotsent; -BOGDANOVA, B.A.; BUKHTEYEVA, N.F.
Diagnosis and treatment of obliterative peripheral vascular
diseases. Khirurgiia 40 no.4t140-145 AP 164 (MIRA 18:1)
1. Fakulltetskaya )%hirurgicheskaya klinika (zav. - prof.
11.11. Yelanskiy) I Mookovskogo ordena Lmina maditsinskogo
Inutituta, Imeni I.M. Sechenova.

."-..BOGDANOVA, E*Ao
Electrocardiographic control during operations under anesthesia.
Trudy I-go MMI 33.'151-163 164. (MIRA 18:3)

:,-!adlngs ul t'--i pr5cipitatior gauge
cf 'he
cn Oie wird volo(A%r. T-,-L-,i-
Gjairnayu 9ecri~'AchwilLya A~.ii~vvutcn-!I~ea Im, A.I.Iroyeykova,
lordngrad. I

.9., ;
W/M
SWWS OODBI UA/0Q9D/0/00D/03D/005D/tO5h
AUT91*1 Strums L Re'. (0&~didme of phidiomthematiW adences)j'ke-c~M!A L
(Candidat-F-07 physloomaUldmatlea-1 Soleno.9S)s Boadanoz&~&-S* 00 (Camudate Of
ion
phy9iomatheMatical so .000)
OW I ~ Main Geophysical Observatox-Y(Glavnaya pofisicheelmyn observatorlya)
TITIAS Syetemtic'urrorvft WagaVrlent Of precipitation
MURM yAtewojogj;,% 1_gi&o1ogiy&s, not 10j 1965p 0-54
TOPIC TAM . atmospherio.l*ooWtationp'atmwpherio eviporatim
ABSMCTiTh1e'ii a. brief deactfition 6f 'the principal results of a quanti;_-1
'Xistive determination of the principal systematic errors in measurement
lof preci,Atation. Emphasis is on the following sources of error: losses,
precipitation due to'w
jof collected etting of the-receiver, losses of
,Acollected precipitation due to evaporation from the receiver and losses
.1of*precipitation due to distortions of the win
dfield over the receiver~j
quantitative relationships are.derived between the systematic errors an
Ahe factor# redponsible for their occurreince4 The computation system,z.,
)proposed here,makes it* possible to dttermine tho ereore for,any point~,-
AW ad dif feient' time -intervals jLuch-!as: a month.or,.y
ired,Ancl,for
Origo wt. haa$ figures t016sE& 0-7
:ORM RUPS
SUB hOhO __
777..
bDOs 552*502*
O?d 'Z
L
._WMM~

STREZER, L.R., kand. fiz.-matem. nauk; VECHAYFV, I.N.; BOGDANOVA, E.G.;
FEDORGVA, Ye.A.
Metllodology of correcting,the precipitation norms of a
period of several years. Meteor. i gidrol. no.11.43-50
N 165, (MIRA 18:11)
1. Glavnaya geofizichoskaya observatorlya.

ACC NR. AT6036738 SOURCE CODE: UR/2531/66/000/195/0040/0062
AUTHOR: Bogdanova, E. G.
ORG: GGO
TITLE: Investigation of precipitation,measurement errors due to winds
CnTror'r- T-ninvrad. Glavnaya geofizicheskaya observatoriya. Trudy, no. 195, 1966.
Voprosy metodiki izmerealfa Atmosfernykh osadkov (Problems in methods of measuring
atmospheric precipitation), 40-62
TOPIC TAGS: weather forecasting, atmospheric precipitation, wind velocity
ABSTRACT: The errors made during measurements of liq uid precipitation are influenced
by winds as well as the size of the raindrops. Thiserror for rains of average in-
tensity is 2.5% in winds moving at 1 m/sec. It decreases to 0.5% in intense rains
and increases to 4% in light rains composed of small raindrops in winds moving at
1 m/sec. 'ine rain measurements obtained by the Tret'yakov precipitation gages give
an underestimate of 5--8% in most often encountered winds which have the velocity of
2-4 m/sec at heights of 2 m. The seasonal and regional underestimates are determine
by the relationship of the liquid precipitation underestimates caused by winds as a
function of the rain structure. The parameter of rain structure N is taken to be
that portion of total monthly precipitation which is caused by rains whose intensity
is I s 0.03 mm/min. The measurement errors due to winds at any point may be
Card 1/2

_,A X It i IWA _.-M;
ACC NR. AT60 738
compensated by the use of isolines of the parameter N. A nomogram is given for
correcting the monthly precipitation values, The underestimates in solid pre-
cipitation measurements are also influenced by the structure of the precipitation.
The air temperature is used as a parameter for correlating these two quantities.
Curves are given for correcting the Tret'yakov precipitation gage measurements of
solid and mixed precipitation foi various air temperatures. The error in solid
precipitation measurements is 30--60% in most often encountered winds. At low
.temperatures (from -15 to -20C) and 8-10 m/sec winds these errors may reach 200--
300%. The relationships obtained for the solid precipitation measurement under-
estimates cannot as yet be directly used for correction of monthly precipitation dat...
The authors, however, intend to develop a method for correcting these underestimates
using climatological characteristics. Orig. art. has: 17 formulas, 6 tables', and
11 figures.
SUB CODE: OB/ SUBM DATE: none/ ORIG REP: 019/ OTH REP: 002
I C d 2/2

PLOTNIKOVA, K.N.; Prinimali uchastlyet GORNAYA, K.A.; SHILINA, L.S.;
KU7,NF=VA, V.K.; MG AN9.1~~). K.T.; BASHIJAW, TPABI.-P, I G.;
KAREVA, M.V.; KUZIMINA, A.I.
Expeiience in the production of lavsan-cotton blend yarn in
the "TrPkbgornaya Manufactura" and Kalinin Cotton Y1ills.
Nauch.-iss. trudy TSNIK11B1 za 1962 g.:166-175 164.
(MIRA 18:9)
1. TSentrallnoy nauchno-lssledovatellskly institut khlopchatobu-
mazhno.,,, pronTahlennosti, Moskva (f'or Gornaya. Shilina).
2. Kalininakiy nauchno-issledovatallskiy institut tekstillncky
promshlennosti (for Kuznetsova, Bogdanova). 3. Kalininskiy
khlopchatobumazhnYy kombinat (for BRahilov), Traber), 4. Kombinat
"Trekhgornaya manufaktura" (for Kareva, Huzmina).

0 6:-2> 19 0
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p".". supwws omm" a
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me"
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IL IL a~
~Wma
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gas.". roc Ott
o"Amdal mtivd 4t wo sel"Irls hdmolmtml awlety or
mm*psma commisAl-0 is. A. I. Few (m2), mmm,
Z.W.

IVANOVAP I. S.; BOGDANOVA,_ G. ~?.; AUMMUA, T. A.; NOVIKOVj S. S.
Synthesis of dinitrodiazodicarbw7lio acids. Isv. AN SSSR Otd.
khim. nauk wo.l2t2236-2238 D 162. (MIRA 16tl).-
1. Institut organicheskoy kh W i in. N. D. Zelinskogo AN S M .
(Acidat Organic) (Diazo compounds)

L 37208-66 EVIT(m)/MVP(j)
ACC N
AP6014413 SOURCE CODE: UR/oo62/66/000/004/0753/0755 f
AUTHOR: Novikov, S. S.; Ivanova, I. S.; Bogdanova, G..F.;,Alekseveva.
T. A.; Konnova, Yu.
ORG:
t organicheskoy khimii, Akademii nauk
TITIX: Synthesis and certain chemical conversions or nitro- and
nitrazadicarboxylic acids
SOURCE: AN SSSR. Izvestiya. Seriya khimizheskaya, no. 4, 1966, 753-
TOPIC TAGS: organic nitro compound, aliphatic carboxylic acid, chemical
reaction, dissociation constant, heat resistance
ABSTRACT: Y-nitro- and X-nitro-,Y-methylpimelic acid were synthesized
from methyl acrylateland nitromethanel(nitroethane). The dihydrazides
and the dichloroanhydrides were prepared. Introduction of the nitro
groups in thej'-position of pimelic acids reduced their thermal stabili
Dissociation constants determined by potentiometric titration showed
that introduction of I or 2 nitro groups in the2(-position of pimelic
acid increased acid strength. Acid strength increases in the following
UDC: 542-91 547.232

ACC MR' Ap6oi441-3-
0
series: pimelic,.r-nitro-,Y-methylpimelic, 2(-nitropimelic, 3-
nitrazapentane dicarboxylic acid-1,5, andr, e-dinitropimelic. Orig.
art. has: 1 table and 2 equations.
SUB CODE: 07/ SUBM DATE: 25Aug65/ ORIG REF: 002/ OTH REF: 003
2/2.,~~
Card

DEGTYAREV, F.G.; BUTIN, V.I.; BOGDANOVA, Ye.A.;,KPPqVA,--Q.I.;
SHERSHNEVA) V.I.; MILYUTINA, L.L.)- DEZATUOV) M.G., kand.
sellkhoz. nauk, spets. red.
[Recent developments in the technology of mi-1k products;
textbook] Novoe v tekhnologii molochnykh produktov; ucheb-
noe posobie. Yloskva, Vses. zaochnyi tekhnikum miasnoi i
molochnoi promyshl., 1964. 187 p. (MIRA 17-.1)
1. Vsesoyuznyy nauchno-issledovatellskiy institut moloch-
noy promyshlennosti.

BOGDANOVA, G,N,
Fine vascularization of the sympathetiell4ft Ln some niammals
(rabbits, cats). Nauch.trudy Kaz. gos.med.irist. 14:117-118
164. (MIRA 18:9)
1. Kafedra anatomii (zav. - prof. A.G.Korotkov) i tsentrall-naya
nauchno-issledovatollskayu laboratorlyn Kazanskogo meditsinskogo
inatituta.

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mANov, Yu,A.; DOROnYEM, G.H.; BODDANDVA, G.7.
Use of zinc organic compounds in the synthesis of carbon-carbon
sugar derivatives. Dokl. AN SSSR 119 no.3t495-07 Mr 158.
(MIRA 11:6)
I.Rostovskiy-na-Donu gosudarstvenm7 universitet. Predstavleno
akademikom A*I. Oparinym.
(Zinc organic compounds) (sugar)

BOCa)ANOVA., G. S -
"Development of Light Filters for Trichromatic ColorimetrT. It Sub 27 Mar 51,, A3.1-
Union Sci Res Inst of Class, Ministry, of the Construction Materials Industry USSR.
C-O~--k -r,~ .
Dissertatiow; presented for teience and engineering degrees in Moscow during 1951,
SO: Sum. No. Ws 5' IW 55.

.BOTTINKIN. 01I..doktor khim.naukprof.: BOGWOVA. G.B.,kand.takhn.nauk
Light filters for objeotive colorimatry. Trudy VRIIStekla
no,3301-41 153o (mm 1211)
(Light filters) (Colorimetry)

iq 1VJ I/ e 1 6- 1 S,
USSR/Chemical Technolog:r - Chemical Products and Their Application. Silicates.
Class. Ceramics. Binders., 1-9
Abst Journalt Referat Zhur Kh1mlya., No 19, 19A 62261
Authort _~~on,,.G. S... Toaritsyn, M. A.
Institution: None
Title: Staining of Glass with Compounds of Cerium and Titanium
OriSinal
Periodical: Nauchn.-tekhn. inform. byul. Vaes. n.-i. in-ta.stekla, :L954., No 6,
34-43
Abstracti The authors have studied the transmittance, in the visible region
of the vpectrum, of glasses of different composition stained vith
Ce-oxides or with mixtures of Ce- and Ti-oxides. As starting ma
terials the following glasses were used2 calcium glass (10% CaO3.1
borosilicate (10.15 and 20% B203). lead (10, 20, 30 and 4o% Pbo)
and zinc glass (10% ZnO). The amount of Ce-oxides was varied from
3 to 8% that of Ti-oxides from 3 to 18%. Ce-oxides used alone pro-
duce a pale yellow coloration. Combined use of oxides of Ce and Ti
Ca~ Card 1/2

UAMIM,~ 3t ZV-
t

TSARITSU, N.A.; BOGDANDVA, G.S.
--..WM
InvestigatiAg stresses In cemented glass tiles. Stsk. I ker.
13 no.9:15-1,9 8 '56. (MLRL 9:10)
1. Vessoyuzqry muchno-looledovatellakly institut stekla.
(Glass. Ornamental) (Strains and stresses)

AUTHORS: Bogdanova, G. S., Orlova, Ye. j... 72-58-5-7/18
TITLE: Coloring of Glass by Means of Cerium and Titanium Com ounds
(Okrashivaniye stokla soyedineniyami tseriya i titana5
PERIODICAL- Steklo i Keramika, 1958, Nr 5, pp. 21-25 (USSR)
ABSTRACT: In the paper by X. T. Dondarev, V. A. Dubrovskiy, V. V.
Follyak'-. I. Ye. Shapiro (ref. 1) the conditions for the
production of glass types with a high degree of transparency
by using cerium were investigated. A systematic investigation
of the selective absorption of glass typos with cerium oxide
content was carried out by Kapnitskiy and Keller. Cerium
oxide Is never use& alone as coloring substance. In 1919
Taylor proposed a combination of cerium and titanium oxides
for producing yellow glass. In a paper from 1933 it is
among other stated that the coloring intensity did not change
when the content of cerium and titanium oxide was increased.
This was, however, not proved in the experiments carried out
by the authors and in those by Vargin, Kefeli and Starikova
(1954) at the State Institute for Optics. The authors of
this paper investigated the dependence of the character of
Card 1/3 spectral absorption on the glass types colored with cerium

Coloring of Glass by Means of Cerium and Titanium Compounds 72-58-5-7/18
and titaAum oxides. This was done to check the Doosibilitiee
of the production of yellow-orange colored light filters.
Furthermcrn the production of experimental types of glass
is described in detail. The spectral characteristic of the
gla5s was deteriairied by means of the SF-4 spectrophotometer,
the general ligbt transparency and the color coefficients by
means of -the eleotr'_'r, colon, eter UFK-1 , system VITISI. Three
types of glass were investigated; lead-, zinc- and barium
glass. The 6uitability of the glass types for light filtorS
was estimated acoording to the absorption curve, as intro-
duced by L. I. Demkina. The authors preferred the method
of determining the differonons to that of optical density.
In figure 1 the spectral characteristics of the glass types
colored by cerium and titanium oxides are mentioned. The
increas,m~ of the coLtent of lead oxide leads to a considerable
increase of the optical glass density (figures 2 and 3). The
curves for lead-, zinc- and barium glass with different
oxides of alkalies are shown in figures 4-6. With all types
of glass the intensity of coloring increases when the content
of the oxides of alkalies is reducea (figure 7). The spectral
characteristi.~s of barium glass molten on different conditions
Card 2/3 can be seen in figuie 8. The light technical characteristics

Coloring of Glaus by bleans of Cerium and Titaiiiiiii 72-53-5-7/16
of 2 yellow-orange colored light filters colored by cerium
and titanium oxides are mentioned in table 1. Table 2 shows
the glass compositions of some light filters. The problem of
the usefulness of the application of cerium and titanium
oxides for the production of yellow-orange colored light
filters can be definitely solved only after practical tests
in industry.
There aria 8 figures, 2 tables, and 1 reference, which
is Soviet.
AVAILABLEs Library of Congress
1. Glass-.-Color 2..Cerium oxides--Applications 3. Titanium
oxides--Applica,tions
Card 3/3

15(2)
AMORA so" 01,vo saw/12-59-5-1/23
TITIZI alms 34i
w
At the VIXT Mbd#I.Yv, Cagrom,
:
c
(9..k. .to 'I, Me ,III 1kad.10Y.Vak- o-yosd.)
FMODICkLe St*klo I kornaika, 1959, Ir 5, vp 1-4 (USSR)
ADSTALMs ZZ the beginning a proalmation of the Tog gpSS w t%0
Per 011301 of the building material Industries for aquallutive
=
&M
tltati,s Incresse, of production 1. The
Congress took place in Rome.. in the second half or X-',h of
thO Current Year and vs. devoted to the 125th annivervary of
Us great scholarlm birthday. LutstaadlnC chemists of the
Sore S Union &ad ft. People'. D.-Creci.. A%tomd.d th.Condres.
principal probl
m
f th.
d.1.1opocat of
:
1
;:...d .4 the PI "Seat "' and U. "' Zinc. f
4
Agreed "oil*". Prcf.."r 1. 1. XL1A7CO-dcJd7 opened
the meetings of the sub-secticu for glass and C.-o . nmrver of
U. 0taces of d..ol.p..nt of So,Let clasm production " "1l a.
or . number :f promising tacks In the field of alace technology.
lb"ov.r. th follo.ind I&ct_~ "re held. Vctor Xrm.4

C
d 1/ (people,@ R:PblLc of HUMSW7) Inve.tigatd the structure of
"
4 Us top-I&Y r. of e1"41
ZM\1 I
of a Inely di
f,:porvq crystalline phaSo from the 91WO-liks
VMS* 1. rein and (Call rep-1-4 -a
ab-%, %ion spec t", lualniscew*' iM gmtoobasical properties
of mrion-glcm. type-i 7 (901) ".-rttd as the
queatitall,. rociproc.liZ. rdored am dim-
-- - A. InOtItut k---tl
Adlikatov LN SSSR (Instit-uto of Silica%* CbealstrY Of tb*
As USSM).dimcned the reaccus for the diwagrwevent an the
PrObIqm f thetructure of Closo-like mu!k.tanceeg Professor
0. 0, 1 1 Anwuch and IL 1. Y
- Qjmns", InOutat
"-ported .. the lcm-tigtim. er the
glass gtruct~ by the uthod of Thermal Analyst* and OptIcea
PPIazI:at1:vj 7:. T. ftd..hko (rOl) d1ve,awsod the me. method
of 'I. tri Clam "rTrij and U. -Itlad of 8111c.t.0 Ity
of high-froquoner currOntl ru, C. Shtsymberg reporsod an
stroatives-imagnamium Clas.s oltl'o-~-t-l-"4 -A lorom for felenco
m& ma hlcb be,. been d."I.Pd I- the 0 .. darstrousyy
-in dovat*llokiy keraalcb#akiy Inaticut (State
Scientific R-arth Imt1t.to of Corawic.)t L. S. T-st-hom
_Card_2 -4 (M) diso-d the "I. plxycl-S~y
werfam protection film in the do.troctl.m of .111cat. els"al
:;AtjE;!fRbj, 9 (COX) di.e-..d the ccIOrIxC a%-" t.rialles
..hLI.g7 of phosphate 91.4-si 0._V _P4FImria (1.72)
"ported so the mobill-ty of sodium I- Is CIL. type. of the
X791-4 'L
.2 0-10~Sio'l 1-va (111 Stroyt.ranik.;
d1ocussed the process of subdlue the Clasen loy 1-4
o.ddo and x1rcoul-I L. jj!ALqktukc. Kmr-k-ob,17
poLitekhaicheakiy !Khar .Ikov Folytechaic Imt1t,
"parted on formation and i.t.ring processes Irth.
U.1"emSt'd glass lay.rl v*r1c.s
types or El-.; Nj._qSAvwv (01"m ImtL te) reported ac, the
determination of inywitio. In silica by spectro.co5ic aftalysist
0. a. !2 q;nl ~,,d 1- 1, Orlel. (Clac. reporlt.6
*a type. T:i rod. Cliviriltich has b.. d.,,I-d by tk...
(cues I-tituw d1s.-owd the klmatl.o of,
-ti a et ar.-tallisstion centers Is pbot-susitive
"L% 611&:; 3yrIt.kaya (Class laotituto) dleava"t
the ult. n-Trinon of the tendency of ph..ph.tt.
Yet.. towards glass forastio.1 L. k_Cr#.be.Ik,
1--utrovikh. and
lom-tic.tion of types of -mic-dOctioC .114. gl". .4 U.
basis of '205 1 X. 1. SoLmin, L. 1. V. j~pakovv.
.A.d To k. ?LZpb.rg (NIZES) discuseed tb* productlon of
awtudw4l. f" on types of glass ouch tout"n compomenta
.-Ily to be re:.-ted.

15(2), 15(6) SOV/72-59-3-5/19
AUTHORS; Boedanova, G. S., Orlova, Ye. 1J.
TITLE: Heat-rosicting Yellow-orangre Colored Light Filters (Termo-
0
stoykiye zhelto-oranzhevyye ovetofilltry)
PERIODTCAL: Steklo i keramika, 19~,9, Nr 3, Pp 13 - 16 (USSR)
ABSTRACT: The investigation results obtained by 1. D. Tykachinskiy,
0. K. Botvinkin, L. I. Buneyeva, R. S. Levina, 14. V. Okho-
tin, Yu. V. Rogozhin, Z. M. Syritskaya (Ref 1) in the field
of colorless, alkaliless and alkali-weak glass types, as
well as the investigation of the cerium-titanium coloring
of glass (G. S. Bogdanova, Ye. M. Orlova, Ref 2) made it
possible for the authors of the present paper to carry out
experiments for the prodviction of heat-renisting yellow-
orange colored filters. Glass TTr 13, worked out by the
Institut stekla (Glass Institute), was used as initial
glass. For their experiments the authors employed the
spectrophotometer SF-4 and the photoelectric colorimeter
UFK-1 of the VNISI system. Figure 1 shows the spectrum
characteristics of class types containing equitl molar
Card 1/2 quartities of lithium-sodium-potanni.um oxides, figure 2

Heat-resisting Yellow-orange Colored Light Filters SOV/72-59-3-5/101
shows the composition with various quantities of cerium
oxides (with a constant 102o' content of Tio 2)' rigure 3
various quantities of cerium and titanium oxides, and
figure 4 various TiO 2 contents (with a constant 4'*~ content
of CeO2). The table given the compositions, the phototech-
nical characteristi- figur-s and extension coefficients
of the glass recommended. After-checking in the test glass
plant proved the good properties of these glass types.
Pi-ure 5 shows the melting conditions of the glass type
ZhS-18, from which nay be seen that tho mass production of
the glass types recomnended does not call for special
conditions. There are 5 figures and 1 table.
Card 212

15 (2) S/072/60/000/02/Oo/p2l
AUTHORSs Bogdanova, G. S. _* Orlova, Ye. M. B015/BOO3

TITLEt Green Heat-Resistant Color Filters
PERIODICAL: Steklo i keramika, 19609 Nr 29 pp 26 - 28 (USSR)
AtSTRACTt The authors investigate& in-the present paper the influence
of the composition of glass poor in alkali on the spectrum
characteristics of copper- and chromium oxides. Thus it was
possible to work out types of compositions of heat-resistant
green color filters.. As initial substance the glass previous--~.
ly elaborated at the Institut atekla (Institute of Class)
which is poor in alkali and has the following composition
was used; 61Q9% B'021 42% V90; 2% Ns,201 15-4% CaO; 16.5%
A1203; 4 (more than 100) V. The spectrum characteristics
of glasses within the visible range were determined by an
SF-4 spectrophotometer, and the color coefficients were
measured by means of a UFK-1 colorimeter. Figures 1 - 4
show the transparency curves of glasses of various compo-
sitions dyed-with copper oxide. In this connection the
aut'hors refer to papers by- Vargin and Veynberg. In conclusiony,
Card 1/2 the authors state that it is expedient for the elaboration

Green Heat-Resistant Color Filters
S/072
,/60/000/02/900/021
B015/BO03
of glasses for green,color*filtere to proceed from potassium
-glasses with a low aluzpina content,. A number of,glasses are
listed in the table the color characteristics of which
correspond to various types of color filters. For a~large-scale!
test glass of the type ZS-73 was chosen. Melting of the latter
lass under working oonditione of the Opy stekolInyy d
Experimental Glass Factory) is shown in ture 5. The ugeltof
7
.quartz as refractai-Im-a-terial is recommended for malting these
new glasses. There are 5 figures, I table, and I reference-',
Card 2/2

RUBINSIITEYN, B.L.; YAKUBOVICH, S.V.;~,B-OGDANOVA, G.S.; BAZILEVICH, Z.A.
Photometric method for determining the f5--nIng capacity (intensity)
of white pigments. Lakokraoomatpi ikh prim. no.3:51-55 tWe
(MIRA 14:4)
.(,Pigments)
~4 i ; ---

RUBINSHTEYN, B.L.; XAKUBOVICH) S.V.; Prininali uchastiyet BOGDANOVA, G.S.;
BAZILEVICH, Z.A.
Photometric determination of the dyeing power of ultrinarine.
Lakokrea.mat. i ikh prim. no.200-71 161. (NIRA 14:4)
(Ultramarine)

L~ 10864_6 W(G)AWT~m WP(t)AwP(bVETC(m) IJP/c)
j ACC Rj APS028732 SOURCE CDDE: t)R/0363/65/001/611/2005/2008
AUTHORL-JI29donMa. G.- S.-: LLtvinoV,.P* I*JA q
ORG: State Scientific Research Institute of Glass tosudarstvennyy nauchno-isaledova.
tellskiy institut~-Stekla)
TITLE., Relationship between structure and properties in pyroceramics of the SL02-
A1203-HgO system
SOURCE: AN SSSR. Izvistiya. NeorgankbeskLye naterialy, v. 1, no. 11, 1965, 2005-
-2008
TOPIC TAGS: glass, crystallization, silica, alumina, magnesium oxide
ABSTRACT: I The change of density during the crystallization of'liass'ln the SiO?-'
-AI203-MgO system containing cerium and titanium compounds wa-57-stu-ale-d by hydrostatic
weighing. X-ray phase analysis was carried out with a URS-50I diffractometer and a
Tesla-242 electron microscope. As in the case of pure cordierite compositions, crys-
tallization goes through several stages which follow one another in a rigorous se-
quence depenOnt (at standard pressure) solely on temperature. The optimum propertie:
of the pyroceramic formed as a result of the crystallization correspond to the compo-
tion of phase transformations and to a practically complete crystallization of cor-
dierite. Within the range of the composition studied, the density can be used for
Card 1/2 UDC: 546.284+546.623+5146.46

L 10864-66
ACC NRs APS028732
checking the quality of the pyrocermic. K. V. Zhuchenko and Yu. A. Ivanov partici-
pated in the work. Orig. art. has: 3 ft I
guress jq
StM ODDE: 07,.-/ StMM DATEt 17Apr65/- ORIG REF: 010/ OTH Mr: 001
id
3rd 2/2

L 10861-66
ACC NR, APS02 33 SOURCE CODE: UR/0363165/001/01V2009/2013
4*
AUTHOR: Bogdanova, G. S.; Orlova, Ye. M.; Zevin, L. S.
OIRG: State Scientific Research Institute of Glass4' iGosudar-stvennyy mauchno-issledova-
tellskiy institut stekla)
TITLE: Phase comDosition of pyroceramics In the system SiO2-A1203-DaO-TiO2
SOURCE: AN-SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no. 11, 1965,
2009-2013
TOPIC TAGS: titanium dioxide, catalyzed crystallization, glass
ABSTRACT: The phase composition of celsian base pyroceramics was studied at various
stages of the crystallization process. Titanium dioxide was used as theecrystalliza-
tion catalyst. X-ray diffraction patterns were obtained with a URS-501'aigfraeto-
meter.kO In those glasses whose main composition was in the celsian range in the phase
diagram of the S102-A1203-BaO system the win end product of crystallization was 0-
celsian, independent of the initial stage of crystallization. At this stage either
the a or the 0 modification of celsian separated out. After 0-celsian has crystalliz-
ed out completely above 10500C, the composition of the residual glass phase is in the
UDC: 546.284+546.623+546.431+546.924
1/2

L 10863-66
ACC NRs APS028733
aluminum Al TiO range. The presence of aluminum titanate in the composition is indi-
cated by a marked increase in the dielectric constant and by x-ray phase analysis.
OrIg. art. has: 2 figures, I table.
SUB CODE: 07,4 SUBM DATE, 02Jun65/ ORIGREF: OOS/ OTH REF: 003
1HLJ
ctjr4 2/2

M WH/WW
MW(") - ----------
ACC NR, 176007262 (A) UR1036316610021C)021038010353
AUTHOR: 42ganova, G.S.; Orlova, Ye.M.; ~Ovllnl L.S.
ORG: State Glass Institute (Gosudarstvonnyy Inatitut stekla)
TITLE: Amount of the crystalline phase as a function of heat treatment
conditions in mi rocrystalline glasses (Pyrocerams) of the 3102-A1203-
BaO-TiO2 systeml? 16
~11
ISOUROB: AN SSSR. Izvestiya. Neorganicheakiye materialy, v.2, no.2, 196
.380-383
ITOPIC TAGS: glass property, OEQ;u RKSitivc X
ABST ACT: The article reports a study of the dependence on heat treat-
Iment conditions of the amount of the crystalline phaoc In vilorucrystal-
.line gla--sc-s offseveral different composit.1ons, _U1 which the product. of
lqry.ptalllzation~is only beta colclan, and the proper'les oC thesk, MI ro-,
_A_ 'L c.
The, compositlon of the glaojer, curresponded Lu 65-1,
1-,cight 10 colziin. The alm of tho ~_;ork was InvuutlgaUon of Lho puuo-
'~Ility Of Controlling them i
_propertles of microoryotallIne glasses in a I
iC7iven system. The content of beta celsian In the jalcrocrystalline
'glasses was determined by qLiantltatlve x-ray analysis. A fiGure shows
the dependence of the amount of beta celsian un the heat treatment temp-
erature.
Card - - - 1/2 TTT)n! --61, '542.65

L 22283-66
71 ACC NR, AP6007262
For all compositions, the amount of beta oelaian at first incrensea
slowly, then rapidly and, finally, attains a constant value. At a tomp-I
erature of 950-100000t the amount of the crystalline phase and the val-
ues of the properties reach practically constant values. Further in-
crease in temperature leads to a growth in the size of the crystals
formed from about 0.2 to about 0.5 microns, but does not exert any
significant effect on 'the properties. Orig. art. has: 3 figures.
SUB OODE: 11, 20/ SUBM DATE; 25jul65/ ORIG REF: 002/ OTH REF: 001

L 32183-66 EWT(m)/ENP(e)/T/EWP(t)/ETI IJP(c) JD1W11
ACC NRt AP6011324 (A) SOURCE CODE: UR/0363/66/002/003/0537/0540
1AUTHOR: Bogdanova, G. S.; Orlova, Ye. M. 3
1 13 1
'ORG: State Institute of Glass (Gosudarstvejinyy ins.titut stekla)
I `~ IV, 1 1/1 I'l ~;q
ITITLE:k Structural transformations in Si027tj2O3-Raq.-!Li02 glasses during the initial
istages of crystalli'zation e - b:r
i 15
ISOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2, no. 3, 1966, 537-540
TOPIC TAGS: glass property, silicate glass,.
thermal process, silicon dioxide, alumina, barium oxide, titanium
oxidr, crystallization
ABSTRACT: Structural changes in Si02-Al2O3-BaO-TiO2 glasses caused by thermal treat-
ment were studied. The changes in glass properties as a function of thermal treatment
for 2 hours at various temperatures are shown in figure 1. It was found chat thermal
treatme*nt Of Si02-Al2O3-BaO-TiO2 glasses leads to irreversible structural changes whic
hinder crystallization processes. 'These structural changes are exothermal in nature
and they are caused by coordinative rearrangements of aluminum ions within the glass
lattice. Orig. art. has: 4 fig ~-es.
UDC: 666.1:542.65
c.,d l/ 2

L 32183-66
ACC NRt AP6011324
r OG
S' .7 (a)
1200-
W-4 celsian (barium f eldspar) 4'0 //00-
(b)-~---temperature of thermal 1,900 -
treatment, OC 70
46 6WO 4
so - 59
414 70 -100 40-
J, 1Z
40 - 10
210 v - -too - 0
v 1600
MMU,
F94f W.7 b)
~a M~~O
Fig. 1. The dependence of density (d), expansion coefficient (a), glass softening tem
perature (Ts), and crystalline phase content (% celsian) upon temperature of thermal
treatment (for two hours); the shaded bar depicts the degree of glass crystallization,
glass transparency declines toward right end of the bar; 1--d, 2--a, 3--Te, and 4--%
celsian.
SUB CODE: 07,11/ SUBM DATE: 25Jul65/ ORIG REF: 008
L_
Card 2/2

ZHDkNOV, Yu.A.; KOROLICHENKO, G.A.; DOROFEYKNKO, G.N.; ~~R~IFA, G.V.
Synthesis of new C-glycosides. Dokl. AN 3SSR 152 no.ItIO2-105
S 163. (MMA 160)
I. Rostovskiy-na-Donu gosudarstvennyy uniyersitet. Predstavleno
akademikom A.I.Oparinym.
(Glycosides)

1.0i'MAINIVA, G. V.
.~6657 Sluchity okhinokok~n orbity. Vestnik oftlalmologii, 11)1,19, no. 4, s. 4o-41
SO: LETOPIS 1 110- 35, 1949

ZHDANOV, Yu.A., doktor khim. nauk; DOROPIMNIM# G.N.; KORDL'GM60,G.A.t'f'
~C~GA~QVA G.V..-. FEDOROVA. T.P.v red.j SHVETSOV, S.V.,tekhn.red.
[Laborator7 work in carbohydrate chemistry) Fraktik", po
khimii uglevodov. Pod obshchei red. N.A. Zhdsaova.,1P-P-l
Rozvuzizdat, 1963. 119 p. (*IRA l6t6)
(Carbohydrates)

ZHDANOV, Yu.A. ; BOGD.UOVA, G.V.; ZOLOTUKH13A, V.G.
Condensation of the al-forms of sugara with 4-hydroxycoumarin.
Dokl. AN SSSR 157 no-4017-918 Ag 164 17 t8)
1. Rostovskiy-na-Dmu gosudaratvemnyy iuilversitet. ll~-edstav-
leno akademllkom P.A. Kazanskim.

L 14187-M M(I)/rcc GW
ACC NR: AT6004150 SOURCE CODE: UR/2!531/63/000/167/0053/0058
AUTHOR: BoRdanova, G. .; Ka
5*
ORG: Main Geophysical Observatory, LUmeni d (Glavnaya goofizicheskaya observatori-
ya) -
TITLE: Experiment in calculating the characteristics of thermal and dynamic inter-
action between sea and Atmo
ARhftre 56
SOURCE: Leningrad. WGlavnaya geofizicheskaya observ atoriya. Trudy, no. 1, 1965.
Fizika pogranichnogo sloya atmosfery (Physics of the boundary layer of the atmos-
phere), 53-58
TOPIC TAGS: meteorology, computer application, atmospheric interaction
ABSTRACT: A theoretical study of thermal and dynamic interaction between sea and
.atmosphere is used as a basis for prugramming a digital computer to calculate the
distribution of the characteristics of interaction between sea and atmosphere along
the Meridian section between the tropical Atlantic and the North Pole. A blocx dia-
gram of this program is given for a three-address computer with floating decimal
Card 1/2

L 14187-66
!ACC NR: AT6004150

point. The program includes calculation of the altitude of the boundary layer

V~ ,
j
depth of the friction layer, temperature of the active surface, coefficients of tur-
'
At bulence in the atmosphere an4 sea, components of velocity of the surface friction, '!
t

'_ hrougb evaporation for the various sea-
and turbulent heat exchange and beat losses f
sons of the year. Curves are given showing the-results,of calculations of these -
0
characteristics for winter. A comparison of theoretical and experimental
data shows 4
.
satisfactory igreement for surface'temperature which Is a good indication that,-the
other characteristics are also reliable. The proposed computer program may be used
for solving various problems.InJuteraction between sea and,istmosphores. Origo. atts,
i
has: 3 figuresq 6 fbrpntlas6

SUB CODE 9', O89q9t SUBM WEr %OJUG YXIFf-If 005/'~ 02

f
I

;Card 2/Z

Fassift's law vied curreat OGd*ftCy in tho *lOctrolysis
of toad a". 11. The rok of Use current de"ry at the
doolvedes, A. P. Alnbpbcv and 1. A. IloSdAnova.
Bier. PriNed. Kbin. U. ApVird Chem.) 20. 507-fN
1941), Ch*w.Zesir, I I . 1, WO, cf. C-A - 42, le-131-
opts. an fund PbC6 showed the preJontlfwnt InOw"
of the cathodic c.d. oa the current e(Ficicary. Atacionst.-
Ocatboldic CA., a change in the anodic CA. within wide
limits (0.125-2A) amp./sq. cm.) bad practically no effect
on the Ph yield. However the current vilicienry for the
deposition of Ph, v (in 7vj. changed with the cathodic
CA.. D&. according to the equalim q - 100 - (bIDI),
ba which 6 is the tartal Som (in 7.) at D6 - 1.
I.I. G. Moore

rlic
I

00

19^ & loll.-
Im
004
13
0 of pis
Ow oo'Xnmb-
0
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"am tm P-n 'A ~m
8 j
;0
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age
00 li 6. O
by JNUJJ Joe

COO

see
m*

- fit&-%LA MIALLUftCAL LSTIN41VU CL&UOIC&ION
$k -V* Koo
a
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, I,- M II I W0 - - I W 0 t A 4 34 1
u0AT so UI N' ila, 4V
000000 0 0 0 0 * 0 0 0 0 0 0 0 0l of: :10 0 a 0 0 o 0 0 * 0 0 0 0 0 0 it to 0
0
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"b In AIRAJIL91 Ctritim
no
IA
.-Th-v leabsutplion u1 t4-
111bt by the soture wai Tlu'Jkd Unde-T Cou'diiinns 0 s4sdit-
charge. Expm wtncarTied out wltb C3at vapor
of CS X jo 1 x 10 and 2.15 X 10 Nit cc,-?
of absc;rptima, wa3 dtid. for differtnt SP-LvtW linm
Rovtw Leach

V

t u!
0 1
!11,x :jwt,,t for S.~Vt~n Spec-tral lill,2

V
'r atvk, &to iza!vi
Cu!'Xc. 'lf in Or! MtWstAbll! 'ev T!
4 r
.
A 10- wid di~.

-n, !,l, tint b, Ih,, ;!I o-
the D,, -;ml Dl.1,

"l, wit,
An T.' vapill-s-n Ine dutu ':,uw 0--it
t:1 cc t ton ceilis*pon the jrnrl!R'-)ns 6)Pq,
r,'D-, in the -11 atayn linve greattr prolabllj~y th3n the,
MSD,~,, mcul. Clllzl-', - -;'D,,, tr4n,~jl~ii?iis. I
the Itirst jv.~r vmm-md
lrm~:A.om in .1&nt n ~Jlvmge in the
dirccfi~ln -,), r1tvron Anin -Oallve to thc fit the
nrith u Change ill thel
orbital vlolnem; in th~ svoond vN11r
,
(ErMija ol ,I;L: spin. Apr,2~ymlly, sluflng the x)mlzastic
cellisionF- of e1cctTor,5 the tmnsi-jons inviAving the rhang?
in the di7taiDn of the s-pin are lcs~ proWMe. 'Fil"s can-
,
clusion wa, fvrthcr coatirmed by the dircut in-a~wruuvnt of V-)
! T
th.- (Tunctior. i"TO. I ",

t
-Aj
rderences. jo
- ~ -
ly ~ - ~ I\ k

IY tit*4 a
or tho dinh
'40
IU '"14 G*-?~'kntx
Ov !S~Tkntx
urk*- V. 117).
Cy"M1=71
lubt -with a-
bO&M ( Join. in di=.;
and 120 tam, tons) W.U Usod f4 i, CI t a of M.
th ex t4 So
Inam'. Ole t;vtlz(xle -was plttO d
a Pomelita isk
&hN.. 2 in-M.- k) "bkb-wa eck ush jeasa.
as to= cd thro
- A in
ft
acil Mo -vk to an iron In OTdrr 0 the -mt of
t Vary
the 4~155'vhaix by MrAns of IL MInd. t tutc
Th
With,Z VAItf-CiVIOd ZID.33 lnt~ Me:L=o2=t$
ka distbup tube (15
=in. I; di=.), it out end of whkb was Stated a cyliudrim'j
probt (4,7 mm. long, 0.2 mm. iu &mu.). The tube vu2
amn-Naed to a d.~c. iz~ume. CA.wav varled from 01 to
4.3 whUt pas.,,aa ir,36P tht tube vm2 kept
the emu w1fou tInd sluuX the cmhodc
axes, 11it spcarum',was photagApbcd with tht aid o! a
glas:I 0,)MtraVAI)b by u%ing a priun of tunst. deflectimi and
lte:ib
'tk)n sq.1 measumd far the following bands of Nr(
x In A
UM 3SIPS B.OP#).
3PIDO, 0074, 6
-.01 W4 3P1,S4, 'D~. IN, And
341pt and 33,P2.3.4 1--vels-the 311P, Iry-A unit in the pas. b=in
Bj%livrl litre popidateil reutivrIF strongly. In addn., Lbe
Mtirer group of leveh In the P*I, column W" mElt PLV43,
litted th--m in tht hollow cftthode~ Dn tht othcr 4=d, the
group 0 biSli It% ds, v'p'rj and Sp4h,% In hallovi ciitWe- w&;
OrAIT 1KIPul3ted as t=wo with the pas. beam. The
hIgh kvrlls tot IM Ions "tie LUrawift excived in diflexeiA
pots alnng the sits of the hollow cat odt: same were ex
-eA inantly near the cathode eftes, the others ia
cited p; am'.
tbe cmw. The Popubtian of Ne kk= I% lines (X in A,)
4290 Ne it, -L tjU"F*/s - 41'G,/*), 4467
N
Ne n, 44F;8 jj~ 3p%) %vere very
Semative to YCb .1 electrous.
P. Kotlohy
_0

tl114~
_z~ Iq
AUTHORS: Bogdanova, I. P. and Gi-Tkhek, Ch.
TITLE: On the Excited Neon Atom Densities in a Hollowroathode
Discharge. (0 kontsentratalyakh vozbuzhdennykh atomov
neona pri razryade v polom katode.)
PERIODICAL: Optika i Spektro okopiya, 1957, Vol.II, Nr.6,
pp. 681-8 (USSR)
ABSTRACT: This paper reports quantitative studies of the process
of spectrum excitation-in a hollow-cathode discharge and
its dependence on the discharge parameters: current
density, gas pressure. The measurements were made on
neon discharges. In parallel studies in a positive-
column discharge the current densities and gas pressures
were the same as In the hollow-oathode discharges. For
the hollow-oathode discharges a glass tube with a
cylindrical cathode wad'used (Fig.2). Inside the
cathode a porcelain dise was placed. This dise aould be
moved inside the cathode and the internal depth of the
cathode could thus be varied. Fig,3 shows a discharge
Card 1/4 tube used for the positive-oolumn studies. Both

on the Excited Neon Atom Densities in a Hollow-cathode Discharge.
discharge tubes were supplied with high-voltage d.c.
The spectra were photographed using a glass-priam
spectrograph with 125 X/mm dispersion. The working
conditions were chosen to make the discharges stable
and the emission uniform. The current densities were
varied from 0*7 to 4*3 W=2, the pressures from
0.5 to 1.1 mm Rg. Populations of excited atoms of
neon at the levels 384l and 3s'3P2.,l..O in the
hollow-cathode and positive-column discharges were
determined using the re-absorption method. 'The
measurements were macLe on the rollowing Ii-nes: 5852,
6266, 6074, 6096, 6506, 6945, 6143, 6402-T.- The
re-absorption of these lines was found from the ratio
of the intensities of the lines emitted by a long column
(9 om in the hollow-cathode, 12 em. In positive-column
discharges) and a short column (3 cm in the hollow-
cathode, 4 em in positive-column discharges). The
dependence of these ratios on the.current,density and
gas pressure was determined. The measurements were
Card 2/4 made at pressures of 0.5, 0.7, 0.8 and 1.1 mm Hg,

51-6-1/26
On the Excited Neon Atom Densities in a Hollow-cathode Discharge.
and curreRt densities of 0.7, 1,4, 2,1, 2.9, 3.6 and
4.3 mA/cm - From the-value of re-absorption the
numbers of dispersion centres Nf were found using
tables given in Ref.3. Then, using the values of f
(oscillator strengths) for neon lines given in Reftl,
the populations of the excited atoms at the levels
3slP, and U3~2,,,o were found. Figs.6 & 7 show
the dependences on the current density of these
populations in the hollow-cathode and positive-column
discharges. Measurements of the absolute intensities
of the lines, whose upper levels are 3p3Pn and
3p3D 3,21 make it possible to estimate the degree and
the nature of the excitation of these levels. The
dependences of the populations of the latter two levels
on the current density are given in Fi s.8 & 9. In
the hollow-'cathode discharges the 3slPl level is the
most densely populated, in the positive-column
Card 3/4 discharges the 3s3P2 level has the highest density.

Z51 -6 -1/26
On the Excited Neon Atom Densities in a Hollow-cathode Discharge.
In general all the 3slPl and 3s3P2,1,0 levels are
more densely populated In the positive-column discharges
than in the hollow-cathode discharges. On the other
hand the 3p3PO and 3p~%,, levels in neon are more
densely populated in the ho ow-cathode discharges.
Measurements of electron densities and electron
temperatures in the positive-column discharges were
also made. The results are given in Figs.4 & 5. Fig.
11 shows that the spectral lines of neon ions are excited
to a different extent in different parts of the emitting
column in the hollow-cathode discharges. Certain ionic
levels are excited at the edges of the hollow-cathode,
others in its middle portion. There are no ionic
lines in the positive-column discharges. This
indicates that the mean energies of electrons in the
positive-column discharges are considerably lower than
in the hollow-cathode discharges. This work was
directed by S.E. Frish. There are 11 figures and 5
Card 4/4 references, 3 of which are Slavic.
SUBMITTED: November 10, 1956
AVAILABLE: Library of Congress.

YRISH, S.M.; BOGDANOVA, I.P.; KRAUIJUU, R.K.
I T ." --- -71F
sportance of efiectlVe atomic cross sections in the excitation
of spectra. Fiz.abor. no.4:54-56 '58. (MIRA 12:5)
1. Fizichaskiy inatitut Leningradekogo ordena Lenina gosudar-
stvennogo universiteta, imeni A-A-Zhdanova.
(spectrum. Atomic)

AUTBORS: Frish, S. E.', Bogdanova, I. -P. SOV/48-22-6-4/28
TITLE: The Excitation of Spectral Lines in the Negative Luminescence of
a Gas Discharge (Vozbuzhdeniye spektmllnykh liniy v
otritsatell nom svechenii gazovogo r&zryaaaL)
PERIODICAL- Izvestiya Akademii nauk SSSR, Seriya fizicheskaya, 1958, Vol. 22,
Nr 6, pp. 659-661 (USSR)
ABSTRACT: In earlier works (Ref 1) the existence of a surplus of fast
electrons near the cathode had been ascertained by measurements
carried out with probes, As these electrons influence the ax-
citation of neutral atoms, it must be assumed that, within the
range of negative luminescence, a different energy distribution
of atoms and also a different distribution of intensity in the
spectrum must take place. For the purpose of discussing these
phenomena, the present paper investigates the gas spectra forming
in the interior of a hollow cathode. Neon tube discharges were
used for this purpose. The measurements mentioned ~&s being
carried out in the paper by Bogdanova and Chen-Gi-Tkhek Ref 2
%Yho used a discharge tube with hollow cathode (15 mm diameter and
Card 1/2 130 mm length) are referred to. In the interior of the cathode a

The Excitation of Speatral Lines in the Negative. SOV/48-22-6-L/28
Luminescence of a Gas Discharge
small porcelain and magnetically adjustable disk waa fitted. In
this way it was possible to adjust the length of the column of
light and thus to attain the line-reabsorption value which Ma
assumed as a basis for calcul&tioas (Ref 3)~ For states of higher
energies relating to the neon-electron-configuration 2p5 3P the
absolute intensit~r I-ines are taken into account. Thrr.4~ diagrams
illustrate the concentration of neon atoms in various states and
at pressures of 0,7 torr. There are 4 f1gures and 3 refer-
ences, 3 of which are Soviet.
ASSOCIATION: Nauchno-issledovatel'skiy fizicheskiy institut Leaingradskogo
gos. universiteta im. A. A. Zhdanova (Scientific Research Institute
for Physics of Leningrad State University imeni A.A.Zhaanov)
1. Gas discharges--Spectra 2. Atomic spectra 3. Atoms--Enezgy
Card 2/2

21(9),24(0) PWZ I BOOX RIPWITATIO' SCAF/322
kkadoodya nauk SSSR. FIZIchfskiy Institut
lmol*dovanlyo. po oksporlnilntal'noy I laorotlcnokoy 11.1k.; tbcrnl,~;
(St~dlss on ZAperlzartAl ar.4 'rcoret1call Physics; Collecttvn of
Articles) Moscow, lzd.vo AN SSSR, 1959. 304 p. Errata sllp
inserted. 2,300 copies printed.
Md.t 1. L. Faboltnskiy, Doctor of Physical and Mathematical Set-
onces; Zda. of Publishing H.use: A. L. Chernyak and V. .2. Borkgaut
Tech. Id.: Tu. V. Rylina; Comalssion for Publishing the Collection
in Mosiory or Gripriya samutiovien lotndxborg: 1. Yo. Zaztm
(C"Irman), Academician; K. A. Ls~ntoyich, Academician;
P. A. Bazhulln. Doctor or Physical and Mithda3tical ScIerces;
S. L. Randol-shtam. Doctor of "Ical and Mathematical S,-_Iencos.
1. L. 7abolinaklyj Doctor or Physical and Mathematical 5cte-,.coa;
F. S. landaborg-Bary3hkriskays, Candidate of Physical 2.nd KAth-
swatIcAL Sciences; and 0. P. X3tulevich (SecreCarY), Car-I'date of
Physical and Mathematical Sciences.
FURM32t This book to intended for physicists and rese&:~,cherm
engaged In the study or electromagnetic rallations and role
_&n_4vastIga~ibe tho-structuro and comp.colt .1.on of mat*rtall s.
COVZRAaK: The collection contains 30 articles whIch_'r4V.IWW_____
investigations In spectroscopy, sonic*, molecular optics, seml.
conductor physics, nuclear physics, and other branches of-
physics. The introductory chapter gives a biographical pr-ofile
of 0. S. Landeborg, Professor and Head of the Department Df
optics or the Division or Physical Technology at Moscow cut-
varsity, and reviews his work in Rayleign scattering, cc=bat
gas**, spectral analyst* or metals, etc. No personallt-les, am
mentioned. References accompany each article.
peemnt. 15. 1. KInetics of the Action of Light OaaOs an Zbe
Intons ty or Absorption Spectra of Vapors of ArO=Atlc Coca-
pounds 149
Obrolmov, r. V. and Y _I_Trtkh2y, The Resistance of Kits
re-RUPTU"long Me Cleavage Plane 159
Rric"A ". The Correlation Theory of Rayleigh Light Scat-
to 175
Sobellson 1. 1. The Quantum Machoolco Theory or the Into-nmity
Lines 192
Sushcblnzkly, R. H. Dependency of the Width of Combined-
of the Anisotropy or a 'Derived
Polarliability Tonsar 211
To", I.- Ye Prevent State of the Theory or weak Internet!_-rzz
--of ZLOontary Particles 218
Tu"rwaq~ L. A. and 3. A. Chayanor. The IllumInatlon or
Dielectrics in High Zlectric Fields 211
Ukbolin. S. A,and M. Z. Przalw. Investigation of Combined
In H202-H20 and 0202-DioxAne,
Solutions 244
F*boll"k1r, 1. L. The Thin Structure or Lines or Rayietgm
-L1if?it7-Satt_*_rUa in Costa 254
The Role of the Group Spood of Light In Zr"d:A-
tiOn In A Refractive Kedlum ;61
PrIsh. S. It, and 1. ?._�?Ld2noys. Excitation of Spectral Lines
At Gas Discharge 275
Fria hbq=.-A-A , 4 The Possibility of
In_cr#a4lng the Sensitivity of the Spectral rmtermination
or Some zlesents 087
A~Rql'r&NX The Interpretation of Spqctre of Aromatila
Hyd In Proton Crystalline Solutions 296

T^-4( 7
AUTHOR: Bogdanova, I. P. SOV/54-59-.~-3/2
TITLE: -Va=TM-enT-of--th-e "Optical Excitation Functions in Re'tarding
Electric Fields
PERIODICAL: Vestnik Leningradakogo universiteta. Seriya fiziki i khimii,
19599 Nr 3v pp 15-18 (USSR)
ABSTRACT: In investigations of the optical excitation function fine-
structural lines have hitherto been observed which on the one
hand are ascribed to cascade transitions (S.E. Frish, and
I.?. J"Uapesochnyy, Ref 2), on the other, however, the observed
2 maxima of a line ha4 to be 'ascribed to the excitation
function of one and the samo level (Friuli and V. Ye. Yakhontovat
Ref 4)- Computations made by V.I. Ochkur confirmed the latter
.5). Electron beams of high inten3ity but of 3ow
assumption (Ref ~L
velocity had to be veed for measurements of the excitation
cross sections. This was achieved by using a retarded electric
field. The velocity cf the electrons in such a field and the
potential distributio,i between the two electrodes,,,as well as
the electron density In the beam were computed. A similar
Card 1/2 problem was dealt with by V.S. Lukoshkov and S.D. Gvozdoverov

Measurement of the Optical Excitation Functions in SOV154-59-3-3121
ketarding Electric Fields
(Refs 2, 3). The excitation function of the Hg-lines
X n 5461 and 5791 1 was measured in tubes as are used
.according to the method by Hanle. The two electrode potentials
were + 21 and -4 and -8 v. A fine-structure of this line which
is due to cascade transitions was observed from the excitation
function of the line A - 5461 1. An agreement was found
between the position of the maxima of the excitation function
with the corresponding results obtained by Frish and
I.P. Zapesochnyy (Refs 2p 9). There are 1 figure and 9
references, 7 of which are Soviet.
SU13MITTED: April 15, 1959
Card 2/2

BOGDAMVA I.P.
-11~~~
Measurements of the optical excitation functions in ratnrdirg
electrical fields. Vest.LGU 14 no.16:15-18 '59.
(MIRA 12!10)
(Spectrometry)

204)024(7) SOV/53-69-1-10/11
AUTHORS: B
Mogdanov~aio ~P* ~oohkova, 0. Pot Zaydelf, A# Noy
_Ova. V. Mo. K
h :
hazova, V. Me. Kagan, Yu. Me t K&1TtqYaY8ki7t No I., Penking
No Pot Chaykap Me P.,Shukhtint A. Me, Lipis, L. V.
TITLE: Sergey Eduardovich Frish (Sergey Eduardovich Frish).
On the Occasion of His Sixtieth Birthday
(k shestideayatilatiyu so dnya, rozhdeniya)
PERIODICAL: Uspekhi fizicheskikh naukj 1959, Vol 69, Nr 1,pp 165-167 (USSR)
ABSTRAM On June .19tht 1959,the well-known Soviet physicist So Zo Frisht
who made a name for himself especially in the field of
spectroscopic optics, attaineA the age of sixty. He began his
scientific work as a student at the fitiko-matematicheskoye
otdeleniye Leningradskogo universiteta (Physico-mathematical
Department of Leningrad University) under D~.S* Rozhdostvenskiy.
After completing his university studies he continued his work
at the Gosudarstvennyy Opticheskiy institut (Optical State
Institute), Since 1934 he hold a chair for optics and supervised
work at the Physics Department, first as dean and later as
director of the Nauchno-issladovateltakiy fizicheskiy institut
Card 1/3 LGU (Scientific Research Institute for Physics at Leningrad