SCIENTIFIC ABSTRACT SHEREMETEVA, T.V. - SHEREMETYEV, M.P.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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"Polyperization ef pltd-b
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Bre a. a
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117NNP i.W~1t)(1057XEnglish Wmn=ry).- I
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Tests lvere madc to det. the ittilyrutri tion rate Of ITIC 0-
I'd-biltylp -110malla 3Ate at with -m.A.-wt.
twder differtutpo4meriftHow-
g6d. djP& 777.7--
Innerits
and to relate tht plyincr propotkm
cwtlifii.ns, - A c.-miparimmi ot the -curve sud-
the njol.-Irt. the huporlance Ctsgk-,
midary rzactiont, a' 114.e umcmmoi. radioils. which can mult
It% random-fratihe4 ttzructurr~. Thei-4 reActloOl Cin be.
cuppres-~,,J by rapid P-Ilyau-0:2tiatz, INLIch
The chain
vou!d -~,ure a rapid v1soo-ity r1se.
-f L7 eclecting allitable
!")J,-m.rization cond-itioll" jo his wx? the strength,
britHeness. and heat le polyinerizate Com a40
be 7egufated. W. M. stefv~wl~-

5 ( 3 )
AUTHORS: rushkova, T. A. SOV/20-122-5-22/56
T
-Sheremetevsq, T. V.
-,--
,
TITLE: A New Techniaue of Production of the N-Methylimide of
Citraconic Acid (Novyy method polucheniya N-metilimida
ts-.trakonovoy kisloty)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 122, Nr 5,
pp 828-830 (USSR)
ABSTRACT: As the first author has proved (Ref 1), alkylimides of

"racon-c acid, which so far have not been described, can be
c
.
produced in a way analogous to the synthesis of the alkylimides
of maleic acid (Ref 2). A pattern is given. As the temperature
of dehydration of 160-2000 (see Ref 2) leads to a considerable
resLnification and to a low (40 %) yield of alkyl-citracon-
imides (i. e. 2,1-32 % of the citraconic anhydride), the authors
have reduced the temperature of reaction to 130-1400. This
'ncrcased the yield of imides up to 50-75 % of the amount of
amino acid, i. e. 37-50 % of the anhydride, and resinification
was reduced. The latter was explained by the authors as a
consequence of isomerization of the alkylimides of citraconic
Card 1/3 acid, in which corresponding derivatives of the itaconic acid

A New Technique of Production of the N-Methylimide SOV/20-122-5-22/56
of Citraconic Acid
came into exIstence (see pattern). These derivatives are
inclined to polymerize, i. e. to resinification; they represent
an asymmetric substituted ethylene. Alkaline media favor the
isomerization of citraconic acid to itaconic acid (Ref 3) -
Such a medium can be created in a partial thermal decomposition
.n the dehydration of the alkylamide. In order to avoid this,
the authors, apart from reducing the temperature of reaction,
have conducted experiments aiming at the production of
methylamide of citraconic acid by means of the effect of methyl-
amine hydrochloride upon the citraconic anhydride. The reaction
was carried out in on~ single stage without isolating the
alkylamino acid (see pattern). The hydrogen ions released in
the reac t4 on favored dehydration and created an acid medium of
the reaction mixture. By this isomerization was avoided. The
yield of n-methylimide of citraconic acid fluctuated between
70 and 80 % of the amount of anhydride. In order to verify the
assumption that the acid medium prevents isomerization it was
attempted to produce n-methylimide by interaction betweenmethyl-
amine hydrochloride and itaconic anhydride. A yield of 40 % of
Card 2.13 the amount theoretically possible was obtained; the rest of the

A New Technique of Production of the N-Methylimide SOV/20-122-5-22/56
of Citraconic Acid
reaction mixture was resinified. Therefore no n-methylimide
of itaconic acid could be isolated. There are 1 table and
3 references, 1 of which is Soviet.
PRESENTED: May 16, 1958, by B. A. Kazanskiy, Academician
SUBMITTED: May 15, 1958
Card 3/3

50)
AUThORS: Shereme t SOV/62-59-3-22/37
Zhenevskaya, 11. G., Koton, Y. Y.
TITLE: Synthesis and Polymerization of p-Butyl- and p-Butyrophenyl
Methacrylic Esters (Sintez i polimerizatsiya p-butil- i
p-butirofenilmetakrilovykh efirov). Communication 2
(Soobshcheniye 2)
PERIODICAL: Izvestiya A-kademii nauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr 3, pp 528-534 (USSR)
ABSTRACT: In the present paper various isomers of the p-butyl- and
p-butyrophenyl methacrylic esters which have hitherto not been
described were synthesized in order to investigate the effect
of the branching of the alkyl substituents in the pheny!
nucleus of the monomers on the properties of the polymers
obtained from these esters. The synthesis was carried out in
two stages: 1) Production of p-butyl- and p-butyrophenols,
2) production of p-butyl- and p-butyrophenyl methacrylates.
In the course of the investigation of the vroperties of the
polymers obtained from different -JsorerJc ~utylphenyl
methacrylates their different behaviour towards the solvents
Card 1/3 was observed. Products in which ''-he butv! -roup is connected

Synthesis and Polymerization of p-Butyl- and sov/62-59-3-22/37
p-Butyrophenyl Methacrylic Esters. Comi-L-nir-.It-i-n -2
with the phenyl Or tPrtiary
carbon proved tc 1- ---as~-z-s in which the
linking by 'the 13 I,r3u;Tht alhout by the
J
carbonyl group, ~Ihe 1~*-~,,-,:.--ir,, only partly soluble. The
-+ - brarr'
~Psolubilf.y -~-f thc ~-ho . ning of the
polymer chain wi th. ,.,hich leads to the
formation of str-wtur~s. Since the soluble
and the insoluble dr,- to the polymerization
of the isomeric butylnh r~,ri r~s-le-s ,f +ht- -.-,etharr,,-lic acid of
the chaj.-i which caus=.q th.- t,.~?
probably does Pot takr~ cha-i-ii but in the
alkyl substituent an"I stl-vctu-re. The different
structure ~~f the substltuon+--~ conta-ined In tr-e benzene nucleus
of the synthesized 3ster-- different vitrification
temperatures Of the poiymers obt-ninad f-=r, these esters. The
stron,,,est branchine of th.? Oubct-.1tu~nts c:tus2r, a higher
vitrification temperature. This temperature fluctuates in the
case of various isomers betwee-, 47 and 1440. The substitution
of the CH 2-group in the benze-ne residue by the CO-group i.e.
Card 2/3 the transition from one allkyl. into an acyl substituent,

Synthesis and Polymerization of p-Butyl- and SOV/62-59-3-22/37
p.-Butyroplienyl Alothacrylic Ecters. Communication 2
increases the vitrification temperatures by 350 on the average.
The degree of the conversion of a monomer into a polymer also
depends on the character of the substituent i.e. esters with a
branched structure attain a lower degree of conversion. There
are 4 tables and 9 references, 6 of which are Soviet.
ASSOCIATION: Institut vysokomolekulyarnykh soyedineniy
(Institute of High-Molecular Compounds of
Sciences, USSIR)
SUBMITTED: June 8, 44957
Akademii nauk SSSR
the Academy of
Card 3/3

L 7~r I nG . IT 30'1/62-59-5-13/10
- ----------

T ----
c- ---11satji-,n-ted Compounds Containing -.4troi
-I u - Ten
Sintez n3kotorykh wm1edel'ny1-h azotsoderzhashchikh
so:.,o(~ineni.,,r) . Communicniu-ion 11 . i3ccbshcheniye 1
IL C D L izvc7,'~iya ltkademii nauk SSSR. Ctdcleniye kilimicheskikh nauk,
1"59, -..r ~5, )p 913-6,18 (USSR)
ns n turat e heterocyclic compounds containing nit-rogen have
v,cently E-!iined practic~ll irm~ort!'ncc ~~s mono-mers of the
zooc.ytium Pac! ans insectici,~cs an~~ '--igici~cs. In connection
i,;'-u 1 .1
L1 it, tio iuth---)rs s.-
,nthr7s-' ze, imdlcs of
,
Conic (H), and citraconic !icid, investigatted them
.1 It-ter-mined oul 'heir like--,ise, t-hey inve3tigated
their rir,,-l -tn,-; al'-Y! 4erivp-ti,,c:-,
H r,7:r
C 2 f-3
C 1 C I I(T) 0------ CH- (T7~ C---H (III)
C=0
Little is i'-nr~-.vn in r)ublicatio-nr, on tha SYnthesis of
Unsubstitutee imi-dec of theso T'he ori the synthesis

S,.rntllesis c~f '---nsaturr.'.~--d CompounA. s C o i L-.-1 i 111.--~,Cv/ 2- - 51 5 - 13 /. 41C
Nibro-en. Com-,,..nic!7,tion 1.
7.t~nti.)n-~I are ':Cno,.-:,i 4-n arO brif~,fl:r
i.4
T;:c of
m i J-1 as is ~21"111 It. cf,.n Acut
c,~ !mliiiie
nY S
-711ACII 1-M3
C 'ne'! -rr.- -.11, in
i a ali r 4L -~,-.-ntthesfs of
pure imi!ies is rs-n-'--2rel morc lifficult by the or-s-,
4-:3~-~-im-rization of t~iis S.-roup of aclis and their ~srivatives
acid et2), by the good solubility
Of the :3,!b~tpne~es in -r-t=- -,nd manj organic compounds, by the
ten-!--~-icv to rolymeri-~atior -tt hi~;h trmDeratures, and by their
vo].:,t4lil,y. In this work, tinore-icre, 'the synthesis was
cnrried out at temperatures as 1c7 as possible and in a
no-,,trnl medium. The s.,,-nthesis w:iz carried out in both zrays
.-cntioncd. A!*-yl imides of citraconic acid and citraconic
anh-,41rides were obtained; the yield ranged from 37 to 50 1-4-3
,-,f 'Inoretically nossible. :1oreover, N-iethyl-,
ptlivrl-, .;-isoproppyl-, 1;-butyl-, NI-isobutyl-, ',octyl-, an,!
~t~rclohexylmonoamide of citraconic acid and the
imides (except ~f-isobutyl-) nct yet described

Synthe3iS of Some Tfnsaturated Compounds Containing SOV/62-59-5-13/40
:,itroEen. co=zunic~~tif7,n- 1.
in ?ublications were s.,,mVIftesized. The characteristics of
thoso compounds, the T)hysicql constants, mole refraction,
mclcci~ilav -.ve:ght, and elementary co,-,,.-.osition are listed in
tableo 1 and 2. There are 1 table and 14 references.
A') ;CCTATI('.": InstAtut vysokomolekulyarnykh soyedineniy Akademii nauk SSSR
I~Institute of High-molecular Compounds of the Academy of
Sciences, USSTI)
TItlY 25, 1957
car'.

SHERFYETEVA, T.V.; STOLYAiOVJ%, T.Yu.; LAIRINA, G.N.
Preparation and properties 3f carboxyalkylene derivatives of
citraconimide. Izv. AN SSSR. Otd.khim.nauk no.9:1680-1685 S 161.
(MIRA 14:9)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.
(Maleimide)
SHEREMETEVA, T.V.; BORIS-OVA, Z.V.; KUDRYAVTSEVo V.V.
Synthesis of ll-'Y-trifluoro derivatives of maleic and citraconic
acids. Izv. All ssSR Otd.khim.nauk no.12:2237-2239 D 161.
(MIRA 14:11)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.
(Maleic acid) (Citraconic acid)

Is- 8001D
AUTHORS:
2?Cj
2')737
S/190/61/00zVO11/007/016
B124/B101
Larina, G N., Borisova, Z. V~, Sheremeteva, T V.
TITLE Copolymerization of N-methylcitraconimide with some vinyl
compounds
PERTODICAL: Vysokomolekulyarnyye soyedineniya, v. 3, no. 11 , !961 ; 1664- ,L"168
TEXT, The radical bulk copolymerization constants of four binary monomer
couDles consisting of N-methyleitraconimide (it, 1), acrylonitrile, P,vinyl-
naphthalene, styrene, and methylmethacrylate were determined by copoly-
merization in the presence of 0,3 by weight of benzoyl peroxide in
sealed ampoules (Table 1). The N-methylcitraconimide - acrylonitrile
syster. Aas heated to 600C and the other systems to 700C up to a conversi,ori
G f 5 - 2 5 The polymers were solved in chloroform and reprecipitated with
methyl alcohol., filtered, and dried to constant weight. The nizrogen
content of the polymers was deternined according to Dumas and the
composition of the coDol,-.,,mers calculated from the results (Table 5 The
copolymerization constants Acre calculated from the integral equation of
F R 1Yayo and F M Le~h is (Re fl, 12 , J. Amer, Chem. Soc.. 66, !"94, 1944
Card 1If

297,~7
S/190/61/,'03 1011 ;0,:)7,'o 1-:
Copolymerization of.. B7241BI07
with the method suggested by S. N. Ushakov, S. P. Alitsengendler, and
G_ A. Shtraykhman (Ref. 13: Uspekhi khimii, 19, 265, 1950) being used for
the experimental determination of the paramet r p for the systerrs 1,
and 5 The mean value of p wis letermIned for all systems by the
analytical me,.!')od of G A. Shtraykhman, A , A - Vansheyd t , and G - A. Petrc.,.,.ri
( 11 e f14- 'Zlh. f'i:, khimil, 32, 3, 1958). M, forms azeotrODIc copol.1mers,
v.ith all mentioned monomers except for methylmetliacrylate; the compositi.on
of the azeotropic copolymers with acrylonitrile. p-vinylnaphthalene, and
.,,tyrene is given in Table 2 The probable distribution of monomer units
in the systems N-methy1citraconimide -0-vinylnaphthalene and N-methyl-
citraconim-,de -styrene calculated from equations developed by F~ T Wall
(i Amer Chem. Soc , 66, 2050, 1944) and S. S. Medvedev (Reft 10-, Dokl~
AN SSSR 56, 177, 1947)-Wtiich show a tendency to alternation is given in
Table ~. The reactivity of the radicals oj;' the mentioned monomers to Mi
decreases in the order; styrene '~ 0-vinylnaphthalen-3 >acrylonitrile ~me thyl-
methacrylate. The specifics activity Q and the factor e characterizing the
polarity of double bonds for M, were calculated from the copolymerization
constants of Y.I with styrene and methy1methacrylate by using the equaTions
of T Alfr,2y and C C Price (Ref. 15: j. Polymer Sci.- 2, 101, 1947.);
/0 -)
Card 2 7

Copolymerization of ...
29737
S/190/61/003/011/007/016
B124/B101
v.q 111 e r -) It (). -- 0 . 8 1 nd e = 1 -r, e r eobtain~,e for 141. There are 5 tables and
15 rp't*ercnces: 6 Soviet and 9 non-Soviet. The three most recent
references to English-language publications read as follows: L. E.Coleman,
J. A. Conrady, J. Polymer Sci. 38, 241, 1959; J. DaTning, J. G. N.Drewitt,
Brit. Pat. 712319, 1954; E. C. (Thapin, G. E. Ham, C. L. Mills, J. Polymer
Sci., 4, 597, 1949.
ASSOCIATION: Institut vysokomolekulyarnykh soyedineniy AN SSF)R (Institute
of Hiph-molecular Compounds AS USSR)
SUB*..,,TTTED: December 23, 1960
Table 1. Copolymerization constants of N-mothyleitraconimide with some
vinyl Compounds. Legend: (I) System no.; (II) monomer m2; (III) acrylo-
nitrile; (IV) P-vinylnaphthalene; (V) styrene; (VI) methylmethacrylate.
Table 2. Composition of azeotrODiC copolymers., Legend: (1) System no.;
(II) composition of the azeotropic copolymer, m 1/m2; (III) found;
(IV) calculated.
Card 3/0 '~,

SHERETIMETEVA T.V.; GUSINSKAYA, V.A.; KIJDRYP.VTSEV9 V.V.
,- .;., ~ , - - 9
.-z . ~ -
Synthesin of N-substituted diamides of auccinic and citraconic acids.
Izv. AN SSSR Ser.khlm. no.10;1821-1823 0 163. (MIRA 170)
1. Inutitut vysokomolekulyarnykh soyedineniy AN SSSR.

ACCESSION 1R.,: A24algoo'S S/0062/64/000/002/0331/0334
AUT--HORS: Zhenevskaya, M.G.; Sheremeteva, T.V.; Xoton, M.M.
TITLE: Synthesis and polymerization of p-butyl- and p-butyrophenyl
r-ethacrylates. Communication 3. Concerning ester structures and
their tendency to polymerize --
SOURC2: -Ad~f SSSR. Izv. Seriya khimicheskaya, no.2, 1964, 331-334
T0210 TAGS: parabutyl methacrylate Dol3ymerization, polymerization,
parabytyrophenyl methaerylate polymerization, ester structure, metha-
crylate phenylmethaerylic ester , substituted phenylmethacrylic ester
ABSTP"%CT: The purpose of this investigation is to find how the poly-
merization ratfue of the above esters is affected by the structure of
the substill-uent. The deteiminattion of the polymerization rate of
substituted phenylmethaerylic esters was made for the following inono-
Mers: n-normal, p.-isoRrimary, p-tertiarybutylphenylmethacrylates and
'D-norzal, p-isoprimar~r butyrophenylmethaorylates. Polymerization was
carried out at 80C in the presence.of benzovl peroxide (0-* and In a
nitrogen atmosphere b6cause oxygen inhibits polymerization. It was
Card 1/2

ACCESSION NR: A3~4019008
.Lound that esters aith the least branched substituent are the slowest
to polymerize, probably due to the transmission of the chain (as a re-
sul", of a hydrogen torn off the a1kLyl substituent in the benzene nu-
leus). The readiness of the hydrogen atom to be torn off depends on
"the structure of.the alkyl substituent. The substitution of an acry-
lic residue for the alkyl residue.speeds up polymerization; this is
explained by the.presence of an electro-negative group C _- 0 in the
acyl residue causing iL shift of the' electron cloud from the double
bond toward the substituent, and diminishing the activation energy of
breaking the doubl-e bond. Orig. art. has 4 figures, 3 formulas, I
table.
ASSOW17!TION: Institut vy*sokolmolekuly soyedineniy AN SSSR (In-
stultute of FAghmolecular Compounds AN SSSR
SUK11ITTED; 20Sep62 DLTE ACQ: 2.71-lar64 ENC~: 00
SU3 CODE: CH ~R REP SOV: 003 OTHER: 000
-Cord 2/2

SHERUET&VA, T.V.; LARINA, G.N.
Polymerization of imides of unsaturated dicarboxylic acids. Dokl. AN
SSSR 162 no.0':1323-1325 Je 165. (MIRA 18:7)
1. Institut vysokomoleku1yarnjkh soyedineniy AN SSSR. Submitted
December 12, 1964.

L -32923-66 _EWT~m)/tai-kj )/ in~v
ACC NRi kA)
AP6017599 SOURCE CODE: UR/0183/66/000/001/0009/0010
:AUTHOR: Kamalov, S. K ; Pyrkov. L. M.; Batrakova. T. V,; Sheremeteva. T. V
iORG: IVS AN SSSR
TITLE: Effect which amidocitraconic acid and its N-alkyl derivatives have on the
structural and mechanical properties of nitron fiber
SOURCE: Khimcheskiye volokna, no. 1, 1966, 9-10
TOPIC TAGS: aliphatic dicarboxylic acid, alkyl radical, synthetic fiber, polyacrylon-
itrile, plasticizer
JABSTRACT: The authors study the strength of fibers as a function of their previous
history and various structural parameters, in particular the overall orientation
evaluated by isotrometric heating. The fibers tested were pure polyacrylonitrile
containing 4 mol.% N-ethylamide of citraconic acid. Temperature-stress curves are
1
given for isothermal heating of fibers subjected of identical plastification stretchinE
!and of fibers with identical strength but different compositions and molecular weights.
I
iCurves are also given showing the modulus of elasticity of the fibers as EL function of
temperature. Overall fiber orientation (determined from the maximum on the isothermal
!heating curves) increases in polyacrylonitrile fibersl~of equal strength as the concen-
Card

L 32923-66
ACC NR: AP6017599-
tration of the secondary component in the copolymerlis increased from 0 to 19%. It is
possible that the large monomeric units of 6he copolymer act as an internal plasticizei
which aids in orientation of amorphous sections of the fibrils. Orig. art. has:
3 figures, 2 tables. I
SUB CODE: 32, 07/ SUBM DATE: 1OOct64/ ORIG REF: 003/ OTH REF: 000
Card

3(7) FSkSm I WOK RXFLOrTA?IOff 30v/'2113
?gentrlkl-nyy institut prognocov
TOPrOdY norskikh aldrometeorclagIcboahrikh prognotoy (Problems or
Marine lydronstoorologleal Forecasting) Moscow. aidromatoolsdat
(Otd-OLYS)"19 88 V. Irrsta 2210 Inserted. (3*ri*ol. Itst
Trudy.: vyP. 76r, 1, 000 GOPIOG Printed. N
Sponsoring Agencys USSR. GUTOOTO uVravloniye 91dromoteorologL_
abookoy slushby.
Ed- (Title PKAO)t N.A. 2611DOUY; ad. (Inside bock)s M.N. Ocryushkirs
?sob. Zd.x r.M. Zarkh,.
PURPOSX1 This IsGus Or the Institute's Transactions In Intended for
hydrometeorcloglats and advanced students In the field,
COVZRAQXI This aOllectlOn or articles deals with the problo:,,Or
forosasting; the onset or seasonal ice phenomena. IndIv1d Pa re
treat conditions In the Japanese, Boring, White, and Caspian 34".
the Dvina, bug, and Dnepr Rivers. go personalities are mentioned.
References &company each artlelo.
TABLE OF CONTENTS1
"163A*I* Tljw Forecasting for Ice Phenomena OccurLng in the
U
3,4f 1 In the Southeastern Fort of the Barents Sea 3
. M
phabaSolova. TO.N. Long-range Forecasts of AUtUnnAl Ice Phenomena
USIMP" W, is
Shghggoleva, To.n. Long-range forecasts of Spring Is* Phenomena
TW the White sea 31
a Porec4sto of Autumnal,and Spring Ice
In an tuarles or the Northern Dvina Western ovina,
southern Wag, am Dnepr It1wer~
0 1 Water Temperature and Salinity Of the North-
50
L&ug_M a Forecasts of I** Phenomena an the Caspian
Zotmev, Ta.A. Long-Mae Forecasting Methodology for Ice Appear-
aadV'ZW1VjWvIOd; of the Coastal Region& of tbo j&psmge So& TI
&ftak", TO.N. P*r*"Ot Of &6tumml 100 ft4Om4m& In the BerInS
i- - ex-7

I
57
3.1
99 g

SHUIMumayA, 0. 1.
Calculating water temperature variations during the warm period
of the year. Trudy TSIP n-o.91:64-70 '59. (MIRA 12:8)
(ocean temperature)

d555LL
S/050/60/000/00g./009./009/XX
BO!2/BO67
AUTHOR: Sheremetevskaya, 0. 1.
__717~ ----
TITLE: Consideration of the Air Stratification in Calculating
Evaporation and Heat Exchange \A/
PERIODICAL- Meteorologlya i gidrologi-ya, 1960, No, 9, pp, 16-22
TEXT: In the papers of M, I. Budyko (Ref. 4), D, L. Laykhtman (Ref. 7),
A, S. Monin and A, M. Obukhov (Ref. 13), M. P. Timofeyev (Ref. i),
L~ T. Matveyev (Ref, 11), A, R. Konstantinov (Ref, 10), N~ A. Belinskiy
(Ref, 2), V. S. Samoylenko (Ref. 15), and V. V. Shuleykin (Ref. 17)
methods were suggested for taking account of the effect of stratification
on the turbulent exchange in the air layer above the ground by using the
data of gradient measurements. However, determinations of the gradients
above the seas as well as the parameters necessary for the calculations
are difficult and complicated The present paper gives a s4mplified method
for calculating evaporation and heat exchange on the basis of the experi-
mental data on the vertical distribution of the meteorological elements
above the seas and on th~- of the theory of turbulen-1 mixing (de-
Card 1/6

Consideration of the Air Stratificaticn in S/050/60/000/009/'009/009/XX
Calculating Evaporation and Heat Exchange B012/Bo67
veloped by A S. Monin and A. M. Obukhov (Ref- 13)). This method makes it
possible to take account of the effect of temperature stratification on
the turbulent exchange from the data of ordinary ship observations, The
gradient observations of temperature. air moisture, and wind velocilty ob-
tained by expeditions in the Caspian Sea (Ref. 8), Bering See, and in the
Baltic were used as bases. The evaluation also included observations made
in stable and/or unstable atmosphere. Since the rugosity of the water sur-
face is a very ccmplex and uncertain concept,its effect on the formation
of the'moteorolngira.3'Velements above the seas could not be determined. To
take account of the effect of wind velccity and temperature st-ratifica-
L
tion on the distribution of the meteorological elements above the sea all
series of observations were divided into groups, i,.e,. according to the
wind velocities (every 5 m/sec) and az!cording to the a-lr and water tempe-
. C)- In each group of observations the mean wind
rature gradients (every 10
velocities and air temperatures were calculated. About 500 series of ob-
servations were evaluated and the averaged values of w1nd velocity were
graphically represented (semilogarithmic scale) It was found 'that the
points deviate only lattle from a straight line Hence the logarithmic
Card 2/6

b5554
Consideration of the Air Stratificat.ion in S/050/60/000/009/009/000//XX
Calculating Evaporation and Heat Exchange B012/BO67
law for the change of the wind velocity with height is a first ap-
proximation for the layer which is 1 - 15 m above the sea surface. The
ratio of the velocities in two levels does not remain constant. With the
same wind velocity at the 15 m - level the vertical wind velocity gradi-
ents are higher in the case of stable stratification than in the case of
indifferent stratification. For the same air and water temperature drop
the intensification of wind velocity is connected with the vertical
gradients of wind velocity. The difference in the profile is especially
large in the case of stable stratification.. In the course of the experi-
ments an empirical formula was obtained for calculating the vertical
distribution of wind velocities above the sea from data of ordinary ship
observations. This formula, (1), reads as follows:
vz - v1 = ig(vz + 1.0)[a(t a - tW) + b] ; vz vI is the wind velocity drop
z
(in m/sec) at the levels 1 and z (in m); t is the difference between
a w
z
the air temDerature at the z-level and the temperature of 'the water sur-
face; a = 0.19 lgz + 0 37; b = O~81 lgz + 0.24. The formula takes ac-
Card 3/6

85554
Consideration of the Air Stratification in S/050/60/000/009/009/000/XX
Calculating Evaporation and Heat Exchange B012/BO67
count of the rise of the vertical velocity gradient with increasing
stability of the atmosphere and the intensification of wind. It reproduces
the decrease of the influence of the thermal factor on the formation of
the vertical wind profile with a rise in the wind velocity, Since the
dependence of the vertical air temperature Eradient in the 1-15 M - layer
on the difference between the water and air temperature with a stable and
an unzta'ble stratitication ai~-fers, tno empirical formulas were o'btained
for this relation: for the stable stratification formula (2): t - t
= (0-45 19 z + O~42)(t a - t' W) 2/3 and for the unstable stratification
formula (3): t t z I )O~45~
a a = (0,46 1g z + 0.28)(t ta Here, ta de
notes the air temperature at the levels 1 and t a the air temperature at
z
the z-level, tw the temperature of the sea surface and z the sea level at
which the air temperature was measured. Besides, a relation was observed
between the moisture deficiency 6 z at the z-level and the moisture
Card 4/6

8555~
Consideration of the Air StratificatIon in S/050/60/000/009/009/009/XX
Calculating Evaporation and Heat Exchange B012/BO67
deficiency L, at the I m - level: formula (4):,81 = (1~13 - 0,40 19 zMz
- (0-15 19 z + 0,01)(ta - taI),, With these four empirical formulas the
vertical gradients of the meteorological elements can be calculated from
the ordinary ship observations. When deriving the formulas of evaporation
and heat exchange it was assumed that the coefficients of the momentum
exchange, of the eddy diffusion and of the eddy thermometrical conduc-
tivity are equal- Proceeding from the equation for the eddy diffusion
formula (12): E = 7,6 vIIA1 is derived for the evaporation, and proceeding
from the equation for the eddy thermometrical conductivity formula (13):
p = 0.22 vI(ta - tW) is obtained. E denotes the rate of evaporation,*
V, the wind velocity at the 1 m - level, and &1 the moisture deficiency
at the 1 m - level. p is the rate of heat exchange, With these formulas
(12) and (13) the evaporation and heat exchange can be calculated when
measuring the meteorological elements on ships from any level of the
Card 5/6

85554
Consideration of the Air Stratification in S/050/60/000/009/0091/009/XX
Calculating Evaporation and Heat Exchange B012/Bo67
1 - 15 m - layer Since in this case the data of ship observal.:.ons are
reduced to the 1 m - level, these two formulas allow an approximative
consideration of the rules governing the vertical distribution of air
temperature, air moisture, and wind velocity above the sea as depending
on the stratification of the atmosphere. The papers by B, D- Zaykov
(Ref. 9) and Ye.. G, Arkhipova (Ref, 1) are mentioned, There are 1 figure
and 22 references: 17 Soviet, I German, and 2 jepanese,
Card 616

SHEREMETEVSKAYA, 0.1. __
Heat balance of the ocean surface in Antarctica. Okeanologiia 1
no-5:835-836 '61. (MIRA 15:3)
1. TSentral'nyy institut prognozov.
(Antarctic regions--Ocean temperature)

SMILVI-ETKVSKAY,I,_"
Calculating the distribution'of water temperature and determining the
Positibn of the ice edgo in the Northerr Cgspian 4uring the fall
period. Trudy Okean.kom. 11;150-157 !61* (kM 14:7)
(Caspian Sea--Ocean temperature) (Caspian Se&--Sea ice)

-SHEREMETD-IS-3KAYA, O.J., kand. geograf. nauk
Forecasts of nonuer-Jodic changes in the level of the Caspian
Sea. Mleteor. j gidrol. no.9:33-36 S 164. (MIRA 17;9)
1. TSFntrullnyi institut prognozov.

ISAYEVY N.S.; BELOVA, Ye.I.; KUKARKINA, M.N.; OZHIGANOVA, Z.I.;
SIMEVETEVSKAYA, TA4 YURIN, B.A., red.; KOROBOVA, N.D.,
-ce-OZ red.
(Documents of proletarian solidarity; collected documents on the
cooperation of Soviet Union workers with the workers of Asia,
Africa and Latin America in l9lE-196l-jDokmmenty proletarskoi so-
lidarnosti; sbornik dokumentov o sodruzhestve trudiashchikhsia
Sovetskogo Soiuza a trudiashchimisia stran Azii, Afriki i Latin-
skoi Ameriki v 191e-1961 godakh. Moskva, Profizdat, 1962. 207 p.
(MIRA 15:12)
(Trade unions)

SHMMMSKAYA, V.V.
Work of the organizational and methodological office of the Ienin-
grad Province Clinical Hospital. Vop.okh.mat. i det. 4 no.6:68-71
N-D 159. (MIRA 13-4)
1. Iz organizatsionno-metodicheakogo kabineta, Ieningradukoy oblast-
noy klinicheskoy bollnitsy.
(LENINMUD PROVINGF,-CHILDREN--INSTITUTIONAL CARE)

SIECRKMI'ThNSIMA, Valeriya Vladimirovna; TUR, Aleksandr Fedorovich, red.
[Educational work with the ill and convalescing child; guide for
medical personnel in children's hospitals and sanatoriums] Vispi-
tatellnaia rabota 9 bolinym. i vyzdoravlivaiushchim rebenkom;
v pomoshchl meditsinskim rabotnikam detskikh bollnits i sanatoriev.
Leningrad, Medgiz, 1960. 67 P. (KIRA 13:9)
(CONVALESCENCE) (EDUCATION OF CHILDREN)

SHIREM&3VSKIY. Pavel Viktorovich [deceased]; SAVZDARG, V.S.. redaktor;
. FAVLOTA, M.K., tekhnicheskiy redaktor
[Gucumbers] 0.,,urtay. Izd. 2-oe, ispr. i dop. Moskva. Goo. izd-vo
selkhoz. lit-ry, 1956. 79 P. (MLRA 9:9)
(Cucumbers)

- SHERaETOVSKAYA- V-V- (Leningrad)
"Physical therapy without apparatus and physical prophylaxis."
Edited by D.A.Markov, E.F.Kalitovskii. Reviewed by V.V.Sheremetov-
skaia. Med. sestra 20 no.3:41-42 Mr '61. (MRA 14-5)
(OPEN-AIR TREATI-21U) (MRKOV, D.A.) (KALITOVSKII, E.F.)

BARDIN, I.; RUA , R.; BEKHTIN. M.; BOYKO V.- BORISOV, A.; BYCHKOV. V.;
.VASIIENKO, S.; VINOGRUOT, V.; VI&HiiiSKIY. A.; VODNEV, G.; DVORIN,
S.; DZHAPARIM, Te.; DIDENKO. V.; DIUKONOV, N.; ZHMVLET. S.;
TAKWOV, A.; IVANOV. I.; KIRSA.NOV, M.: KOLTAU, G.; KGROBOV, P.;
LESKOV, A.; LUKICH, L.; LYUBIMOV, A.; NMSHKIN, S.; MYRTSYMOV, A.;
FERTSEV. M.; PETRUSHL, F.; PITFaSKIY, A.; POPOV. I.; RAMER, D.;
ROZHKOV, A.; SAPOZHNIKOV, L.; SEDCY, P.; SOKOLOV, P.; TIVOSTAN, I.;
TIKHONOV, N.; TISHCHENKO, S.; FILIPPOT, B.; FOM3NKO, N.; SMUZOT,
A.; SHEFjMT'YZV, A.
Fedor Aleksandrovich X arkulov-. Koko i khim.no-7:62 '56. 0GRA 9:12)
(Nerkulov, Fedor Aleksandrovich, 1900-1956)

SHEIREHETIYEV, A.
Panel heating. Na stroi. I'los. 6 no.2:21 F 165.
(I-CRA 19:1)
1. Glavnyy tEk-linolog tresta TSentrosantekhmontazh-2.

T 1 v T
-L-vestigating the _ffect Df Heat and Ylec*panical_ Treatment
on the Quali of Piston Rings." Cand Tech 6ci, Ural Poly-technic
I ,s ovsk, 1954- ~RZhKlh-brn, 'To 4, Feb 55)
. Sv~:rdl
~)U: Sum. No. 631, 26 Aug 55-Survk~v of 5cientific and Technical
Dissertations Defended aL USSk ftighar -L,,duca-uional Institu-
tions (14)

V.N.
Modernization of lathes for high-speed drilling of deep holes in
heat-resistaqt steel valves. Stan.i instr. 33 no-3:37-38 Mr 162.
OURA 15:2)
(Lathes-Technological innovations)

BALZHI, M.F.; BEREZKIN, P.N.; GOLIDSHTEIN, Ya.Ye.; GALIPER-IN, Ye.B.;
YEDLICHKO, V.V.; KEERAS, A.F.; LEKUS, I.D.; POTEKUSHIN, N.V.;
MZDNYSFIEV, V.M.; SUBBOTIN, N.A.; SAVINTSEV, R.I.; TAPAROVSKIY,
V.M.; q!E~~T'Y~EV BAKSHI, O.A., knnd. tekhn. nauk,
retsenzent; PONDIN, Ye.A., inzh., retsenzent; BOYKO, F.I., inzh.,
retsenzent; VASIN, Yu.P., inzh., retsenzent; LAZAREV, A.A., inzh.,,
retsenzent; SOROKIN, A.I., inzh., retsenzent; KONIKOV, Arkadiy
Sergeyevich, dots., red.; DUGINA, N.A., tekhn. red.
[Economy of metals in the machinery industry]Ekonomiia metallov
v mashinostroenii. [By]M.F.Balzhi i dr. ~bskva, Mashgiz, 1962.
235 P. (MIRA 16:2)
(Machinery-Design and construction)
(Metals, Substitutes for)

SqERV_MF'T'Yf-'V' A. V.
A,.V, T,_L_Astaslhkina, 24-kanal,naya sistema mnogokratnogo
_$horemetlyev and T
telefonirovaniya po sinnetrichnym param magistralf-mykh kabeley (K-24) fThe
24-Channel System of Multiplex Telephony by Symmetrical Pairs of Main Cables
(K24-17, Svyazizdat, 2 sheets, 8,000 copies
This brochure discusses the basic technical data and gives skelbbon
schematics, individual component assemblies, and the design of the apparatus
of the 24-channel system of type K-24.
It is intended for engineering-technical personnel of the toll service.
SO: U*64722 23 Nov 1954

[(C-Acf'(WI (Yev
SHEREMSTRY. A.Y.; ASTASHKINA. N.N.
(24-channeell M-CLItiple telephone system
mnogokratnogo tolefonirovaniia (K-24).
voprosam sviazi i radio, 1953. 26 p.
(Telephone--Apparatus
(IG-24)] 24-kRnallnaia siateme.
Moskva,g Gos. ixd-vo lit-r7 po
(MLRA 7:1)
and supplies)

'~
Sff9PJP441W,_A.Y,,, kandidat tekhnicheskikh nauk, nauchnyy sotrudnik;
ARKMANGELISHY, G.A., Inzhaner. nauchnyy sotrudnik.
Shortcomings In VUS-12 apparatus and methods of eliminating
them. Vest. sviazi 16 no.12:9-11 D '56. (MLRA 10:2)
1. Klyevskoya otdalenlya TSentrallnogo nauchno-Issladovatel'skogo
Instituts. evyazi.
(Amplifiers, Electron-tube)

I""t~7
10 16
It
IL
LOL Kp-
3-n.-
A.- Ap -p.
P.- 0
It lsv, 22
f. A.
A, C- Kh-
6. IL
& MIAMI ItAtINAINNI
IL It-
It 10 16
L r.
A. r. A~
10. IL C
16M-4 -wu
73
C..tmml IMMUng of th. mate"ifle 200-1661", smuty Cc
wale amoswrim -4 sloclarl-I C.~~L=o In. A. A. Pop" (-is), -1

GRISHKO, N.A.-; SW2MTITSY,__A.Y.t kand.tekhn.nauk
Auxiliary VUS-12-2 amplifying station. Vest. eviazi 20 no.11:3-5
N 16o. (MIR& 13:12)
1. Starshiy inzhener Kiyevskogo otdeleniya TSentrallnogo nauchno-
issledovateltskogo institute, svyazi (for'Grishko). 2. Fachallnik
laboratorii Kiyevskogo otdeleniya TSentrallnogo nauchno-iaeledo-
vatellskogo inatituta avyazi (for Sheremetlyev).
(Telephone)

SUDENKO, A.M.; _a11FME4T!_YEV,_A.14., otv. red.; RYKOV, N.A., red. izd-
va; KOROVENKOVA', Z.A., tekhn. red.
[Advanced methods of 'repairing equipment in coal preparation
plants] Peredovye metody remonta oborudovaniia ugleobogati-
tellnykh fabrik. Mjskva, Ugletekhizdat, 1954. 66 p.
(MIRA 16:7)
(Coal preparation plants-Equipment and supplies)

L 62oe,6-65 EEC-4/F.-JTI (d)/EEP,(t)/FSS-? Pn-1,,4p-4/Pac-4
ACCESSION NR: AP5016722 UR/0286/65/000/0-10/0042/0041
AUTHORS: Grighkop N. A.; Sheremetlyev~ A. V.
TITLE: Device for shielding the channels of long distance telephone servicolia
Class 21, No. 171022
SOURCE: Byulleton' izobretenJ7 i tovarnykh znakor, no. 10, 19659 41
TOPIC TAGS: telephone equipment, telephone line, noise suppression
ABSTRACT: This Author Certificate presents a device forshielding the channels.
of long distance telephone service from noise currents and Audible cross"talk by
limiting them to the mo nts when a useful signal is absent, To combine the
functions of signal level control and channel cutoff,,two silicon-stabilitrons'
interconnected antiparallel are connected in series between ths.double variable
attenuators (see Fig, 1 on the Enclosure). Orig. art* has: l.diagramo
ASSOCIATIONz none
SUBMTED: OF70ct61 ENCLs .01
NO REF SM 000 OTHERt 000
Card _1/;2

er__
I - -C-a r d - 21/2- -

:4MYUK. L.Ya.; SI U-0,1ET IM, E.V.; SHTAH3Li-BER, G.A.
Transistorized attachment to the EP-1 potentiometer. Avtom.kont-i
elek.iz.-,l. no.1:93-100 160. (KIRA 15 -.8)
(Electric prospecting-Electronic equipment)
(Potentiometer)

SHEiialETIYEV., E.V.
Semiconductive attachment to the IT-1 pontentiomet~ex. Razved,
okh. ned-- 27 no.3:46 Mr '61. (,%11RA 14-5)
1. Sibirskoye otdoleniye Instituta avtomatiki i elektrometrii.
(potentiometer)

KOTYUK.. A.F.; SHEREMETIYEV, E.1%
Susceptibility threshold in the induction method for the
measurement of weak magnetic fields. Geol. i geofiz. no.6:
102-103 163. (KIRA 19:1)
1. Institut avtomatiki i elektrometrii Sibirskogo otdeleniya
AN SSSR, Novosibirsk. Submitted February 2, 1963.

ZAGORSKIY, Ya.T.;SROMMY V.; SHTAMBERGER, G.A,
_-- 1A.-
Universal wide-band d.c,device. Priborostroanis to.10:12-14
0 163. (MUU 16212)

KOTYUK, A.F.; E.V.
Univernal bridge innitu for measuring p-n jilnotlon3 of :3r--micondIf;f,,X
devices a' scnic frequencies. Izm.tekh. no.11:33-36 11 163.
(MIRA 16:12)

L 36661-65 EWTM/EEC(t) Peb IJP(c)'-
ACCESSION NR AMOT466
metly6vi E. ag-or"sk a.::X.
AUTHOR:- Kotyuk, A. F.; Shere v Z
iY.
TITLE: Instrument for measuring magnetic fields by the induction method.
Class 21, No. 168386 IV
-1 SOURCE: Byulleten' izobreteniy I tovarnykh znakov,.no. 4, 1965'
TOPIC TAGS- magnetic field measurement, magnetic inductiommessurement, T-,
ABSTRACT: The proposed instrument consists,,of-a-parametric amplifier, a frequency,
-amplifier,'a mixer, a pumping generator, a filter, and-a meter.- Tojmp;rove accuracy,,-, -
and economize on the power consumption of the pumping generator a coil,vith a
toroidal core serves as an Inductance modulator. In the magnetic circuit of the
.6.a vibrating armature is fastened to a movable,'diaphragm. The disphragn i
coi
coupled by an air gap to a second diaphragm, which is excited by the pumping gener-
ator. (See Fig. I of Enclosure.) Orig. art. has: l,figure*: [DW)
ASSOCIATION: Institut avtomatiki I elektrometrii Sibirskogo otdeldniya A NSSSIR;
(Institute of Automation and Electrometry,.Siberian:Department. AM: sigakl

L ~651 7-65
kccmsloll IRI AP
5016746 ENCLOMI-

10 o 0 0 0 0 0 0 4 0 0 0
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R rec"EVIII -Of-

00 t j

l Quendbift of Vf%6#bdbdd"-'mmd Pbote-bectalusatteek ui
a l Solutims. K. W. Reh-L&W -a We 11hysito-
-
v
-7
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76-
chimird. A. 4. 00, S
m
1
enching of the .00
fluorescence of thudamin G wrtm. mW awl chlorophyll .041
in relation to the mansitimmed photo-oxidation of Na^ and of ea" to

lider's emcti4m is studied Ol quwwbm only in the caw of chlorophyll. 9NO 0

0 -3~
-
Via quenching produced by Na^ decresimes with increase in tempmeature 200
I
04 4 aml with decruase in the degres of association of the dye. SO,* p"uces 400
00 the sa~me Cticci as SO,*. (NIQA04 produces no quenching of cosin 400
r

0 6 fluccamencr; IWI (Ines. The curvas o( the inten.%ity W the duor. Pwe*
mence end the rate tit Kder~m rvaction against the outicentratiots at
a * (Nil ),CIO, are ptuallel. flence in neither case Is them any connection 00
:
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which proceeds by aboodmod energy which plays no put in fluorescence. C 00
H. G. C. Oleo

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SHEMS71P I YEV, G. D.
USSR/Physics
Spectrographic Analysis
Chemistry - Urampl, Salts
Mar 47
IlThe D~ -7 tion of Static Distribution in Excited Molecules of Uranyl Salts," L.
Le\ishin, G. D. Sheremetlyev, 17 pp prkip '~Y?J ",l-, 8-1 6 t k4c)
"Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki" Vol XVII, No 3
The radiation spectrum of uranyl sulfate at different temperatures is studied. It
is shown that a change in temperature causes a change in the distribution of energy
both in the entire spectrum as a whole and within the apparate bands of radiation.
Is is shown experimentally that the dark interval between moments of absorption and
the beginning of radiation is either absent or has a duration of less than 3X 10Z6
seconds ( < 0.01 V
PA 34T100

A13r.49
Literature
CII
"Nev Books on Physics From the Gostakhizdat*
Popular Scientific Library," G. D. Sheremetlyev,
Cand Physic th Sci, 3 pp
"Nauka i Zhizn'" No 4
Considers A. 1. Kitsygorodskiy's "The Structure
of Matter" very useful but certain changes should
be made in future.editions. E. 1. Adirovich's
"Itlectric Current" limits itself to an explanation
of what comprises electric current, what causes
it, and what phenomena arise 'when current flows.
X. A. Valyus' "How the Eye Sees" is a well-written
59/49T102
/-Physics (Contd) Apr 49
description of the important role of scientists
in the development of better eyesight. Several
simple eye tests are explained (blind spots,
spherical and chromatic &b-irration, etc.).
59/49TI02

USSR/Optics Spectroscopy.
Abs Joux Referat Zhur - Fizzika, No 3, 1957, 7818
880 K, and e-Iso that the UF6crystals are molecular
crystals. it is proposed tbat the structure of UF6
molecule does not correspond fully to the inodel of
the rxaL,,u-Iar oct-ahedron.
Bi-blio-aphy, 14 t7tles-
K-6
Card 3/3 78 -

S/051/62/013/Oo6/024/027
E039/El2O
AUTHORS: Gobov, G.V., Kalimbet, A.Z., Fedotov, A.P., and
St OLL-t1ye-v-, G.D.
TlTLE: Polarisation of the quasilinear luminescence spectra
of perylene in the electric field at 77 OK
PERIODICAL: Optika i spektroskopiya, V.13, no.0, 19b2, 87~
TEXT: This work wns undertaken in order to observe the
optical effects associated with radiation from electrets and to Ij
study the kinetics of the electret condition. Perylene was chosen
because of its extensive cloud of ~M-electrons, which under the
action of an electric field inight produce a noticeable effect on
its luminescent spectrum. in the absence*of an electric field the-
luminescence of perylene in n-heptane observed at right angles to,
direction of the exciting beam (366 mmk natural light) is 325-
polarised. The degree of polarisation along the line of excitation
is zero. When a solution of perylene in n-heptane is frozen in an
electric field of 25 kV/c'm the luminescence observed along the line
of excitation is 26S polarised. An investigation of the
Card 1/2 A

f
Polarisation of thz! quasilincar s/o5i/62/013/006/024/027
E039/E120
depende*nce of the intensity of luminescence on the position of the
plane of polarisation of the exciting light in the absence of an
electric field, and when frozen in an electric field, showed that
the intensity in the first case remained constant, but in the
second case could change by a factor of two. Electric polarisation
observed by another author for organic solutions at room
temperature and 150 kV/cin gave a degree of polarisation of 0.1.
By using the electret -condition and Shpollskiyls method the
authors have obtained significant electric polarisation of
luminescence at comparatively small fields. Investigations are
being carried out on other aromatic hydrocarbons (pyrene,
chrysene and others).
SUBMITTED: June 19, 1962
[Abstractor's note: Abridged translation.
Card 2/2,

L- 3450-65 EPF(c)/EPR/t-wp(j)/ENT(i)/-ZW(M) Pc-4/Pr-4/Ps-4 1JP(c)/RPL
ACCESSION NR. AR5000788 kkf/WW S100 58/64/000/010/D0.5Z/D0.5-M
SOURCE: Ref. zh. Fizika, Abs. 1OD404
AUTHORS: Val'dmaji M. W.; Shercrittlyev, -G~'- W,
TITLE: Luminescence spectra T =rozen soluti=nsof
fluoranthen
CITED SOURCE: Tr. Chelyab. gos. p!-!d. in-1. v.- 2,1964 -195-200
TOPIC TAGS: luminescence spectrum, fluorescence spectrum, phosphorescence,
spectrum, fluoranthen
TRANSLATION: It is shown that the luminescence of fluoranthen at:77K has a
.quasflinear:~-~
structure. The luminescence spectrum consists of fluorescence and phosphorescence
sections located in the visible region and separated from each other by an interval of
1%, 2,750 cm-1. The relative'stability of the, phosphorescence spectrum, and the long
duration of the afterglow, offer evidence of a- weaker influence of the -solven on the triplet'.
Card 1/2

I K. ~,;l
on
t tana te Trudy cinel goo red. i no 2 :165-- 73

of frozen soluticrm Of I; Oran t-er;e
164.
-,;~~d. inot. 2:195-200
EIVIT ql', RM
ACC
AR6017253 SOURCE CODE: UR/0058/65/COO/012/1)065/DO65
AUll[OR: Val'dman, M. M.; Sheremet'yev, G. D.
UM or-r-ubMene
TITLE: Spectroscopy of frozen Zolu
SOURCE: Ref. zh. Fizika, Abs. 1PD547
REF SOURCE: Tr. Komis. po spektroskopii. AN SSSR, vyp. 1, 1964, 459-467
TOPIC TAGS: phosphorescence spectrum, fluorescence spectrum, organic solvent, low
temperature research
APSTRACT: The luminescence and absorption spectra of fluoranthen (I) and rubicene (11
in n-paraffins were investigated at 77K. The solutions of I disclosed phosphorescence,
~~:ici fluorescence spectra with characteristic quasi-line structure, situated in the I
visible region and separated from one another by an interval of 6100 cm". In differ-
ent solvents (hexane, heptane~ octane, nonane) the phosphorescence spectrum of I pos-
sesses a strongly prunounced stability) this being attributed both to a long duration
j of afterglow and to the relatively weak influence of the medium on the triplet levels.
The fluorescence spectrum of solutions of II can be regarded as a result of a super-
po~;Ition of two identical spectra, the displacement of which relative to each other
depends on the nature of the solvent. In all investigated solvents, complete mirror
symmetry of the absorption and luminescence spectra is observed. A vibrational ana-
lysis of the spectra has been carried out. (Translation of abstract]
S[M CODE: 20 0
LCar'4_ 1/1 h,,;

V.I.; SHEREMETIYZV, K.G.
PUPKOP V.V.; LEONOV, I" -- . ~
Experimental study of the start characteristics of devices using
U - Sbor. nauch. trud. ElNii 3:156-162
semiconductor resistances (MIRA 17:4)
163.

lssli~,-iovanie Siste- okhlazhdenii-u vozdukha pr--'- na-' luve dviF-atelei.
r, r . o.' air cc:-ling syst,2,is -~:'t;: Uro-,-A-ic-e superchar,'ilif- of (--nginez.
SO: Aeronautical Sciences and iLvi-atlon in the Soviet Union, Library of
Congress, 1`:'~

ju ~vt I lso~' 1"':mun T.F 'b:i %ra as T~-unii iadvi- a ~,oskva,
-'.r. 'li1c., -:-xinciplos oC ~va, or;ildon in thu suctic-n -'.Xnc of air-
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1555).

AI
7 -
av-iatsi,J.1'.-iykh -Jvii:~ i4oskva, Cboroyi~! -'z
I-C tr. o~ coolin"7 -1 ;:3
errL
C.W
SO: Aeronautical Sciences and Aviation in the Soviet Union, IXbrary of
Congress, 1,05-5).

DAVYDOV, Yu., kandidat tekhnichaskikh nsuk; FORIN, A., kandidat tekh-
nicheskikh nauk; SEMR MXTIYEV, M., kandidat tekhnicheskikh nauk.
i-"' -- -- - . I
Testing air conditioning systems in passenger care with centra-
lized power supply. Khol.tekh. 31 no-3:11-15 Jl-S 154.(MT-RA 7:9)
(]Railroads--Cars--Heating and ventilation)

SUR METIM, M..kand.telr-hn.nauk; DAVYDOV, Yu.,kand.tekhn.nauk
Now model of an electric resistance thermometer. Khol.tekh.
33 no.4:26-27 O-D '56. (MIRA 12:1)
(Thermometers) (Air conditioning)

KOMAROV, S.G.; KITOV, A.N.. inzh.; DOROF_7T6'V, V.G.;_SEmREMZT'T9V, ___'
M.A.; FOMIN, A.A.; KOSAIUV, A.I.; S.LILI%'LS3V, Tu.S., red.;
VtkINA, G.P., tekhn.red.
(Handbook for the repair of passenger cars] Spravochnik po
remontu passazhirskikh vagonov. Moskva, Vaes.izdatellsko-
poligr.ob"edinenia H-va putei soobshcheniia, 1960. 631 p.
(Kim 13:6)
(Railroads--Passenger cars--Kaintenance and repair)

RUBINCHIK., I.M.,, kand. tekhn. nauk; SIMREMETIYEV, M.A., kand.
tekhri. nauk; SAFRONOV, D.I.1 inzh.; KITAY-EV, B.11.,
kand. tekhn. nauk, retsenzent; FILIPPOVA, L.S., red.;
VOROBIYEVA, L.V., tekhn. red.
[Heating, ventilation and air-conditioning systems of
the new passenger cars] Sistemy otopleniia, ventiliatsii
i okhlazhdeniia vozdukha v novykh passazhirskikh vagonakh.
Moskva, Transzheldorizdat, 1963. 29 p. (MIRA 17:1)

SHEREMIM, M.P. (L'vov)
- t. - ~. , , . - -z~ .-I -
Xffect of an elastic ring soldered into a curvilinear hole, upon
the uniform stress of a plane field. Ukr.mat.zhur. [1] no-3:68-80
149. (MLRA 7:10)
(Strains and stresses) (Slasticity)

SHERE.',!ET'YFV, ". P.
DEFOEMATIONS (MFCh'-' OICS)
Stretching of an infinite plate -with a ring soldered into it, the survace of which,
together with the surf2ce of the plate, is depicted in a circle by -.Iears of rational
functions. Nauk.zap. L'viv. 12 No. 3, 1949.
M,onthly List of Runsian AccesFions. Library of Congress, November 1952. UNCLASSIFIED.

1. SHEU=TPEV, Y. P.
2. U33R (6C0)
4. Elastic Plates and Shells
7. Bending of thin plates vith reinforced edZes, Ukr.mat.zhur. 5 no. 1, 195?-.
'953, Uncl.
9. Monthly L~ist 2f Russian Accessions, Library of Congress, APIRn L

MSR/Physics - Elasticity Jul/Aug 52
"Elastic Equilibrium oi an Infinite Plate With Enclosed
Absolutely Stiff or ~!;iastic Collar-Plate," M. P. Sher-
emet'yev, Moscov, Inst of Mech, Acad Sci USSR
"Prik 1.1atemat i 14ekh" Vol XVI, No 4, PP 437-'148
Considers 2 cases of elastic equil. of an infinite
plate on the cl.rcular aperture of which is placed an
absolutely stiff or elastic "washer" of the same diam
as the aperture. The method expounded is easily
generalized to the case where the aperture of the plate
and the imposed "washer" are not circular.
225T88

T I I- T 1 7
Mathcrnaqcal Review3
7701, 15 ITO. 2
Feb. 1954
MaClItAnICU
Vteremet'ev, M. P. Bending of thin plates with reinforced,
boundaries. Ukrain. Mat. 7urnal 5, 58-79 (1953).~
(Russian)
Tile paper gives a formulation of tile problem of smalli
!transverse deflections of a thin elastic plate reinforced along'
ithe edge by a ring whose thickness anti rigidity differ froml
Aose of the plate. Tile middle surfaces of the plate and the!
Ying, in tile undeformed state, lic in the (.1c, y)-plane and thel
!cylindrical edge of the plate is welded onto the ring. The
late so reinforced is then deformed by forces and moments~
P
distributed along its edge. The state of stress in the interiori
:of the homogeneons and isotropic plate is thus determined
ariabi
'by t)vo analytic funrtions Vi(.-) of tile complex v, C!
z=X+iY, which &-itisfv certain conditions along the contour!
!of tile weld depending on the nature of the reinforcing ring
'If the ring is so thin that it behaves like an inextensiblei
,cUrved rcKl in the Kirchhoff-Clebsch theorv of thin rods, I
'it is possible to deduce the appropriate houndiry conditions. i
I'lie author calculates the functions pi(z) for an infinite:
Tlate with a circular hole when the plate is deforniff] byi
,tile application of constant bending and twisting moments,'
I ~ 7
,at a great distance from the-hole and when the ring is free
,of external loads. I. S. Sokohlikoff.

gererneVey. M. P. The plane stressed state of with
a reinforced circular opening. Akad. Nauk SSSR.
Infenernyl Sborruk 14, 81-100
(1953). (Russian)
.
An opening in an infinite elastic plate is reinforced by a'
ring which is welded onto the plate along the contour C of
the opening. The reinforcing ring is assumed to act as a
curved rod offering resistance to extension and bending and
the plate is supposed to be in the state of plane stress under
Mathematical Reviews suitably distributed loads on its boundaries. the state of
Vol. 15 No. 4 stress in the plate is then determined by two analytic func-
Apr. 1954 tions vi of a comolex variable. The elastic properties of the

Mechanics ring and the equilibrium equations of the thin-rod theory
serve to determine the boundary conditions satisfied by
'
the pi along C. The resulting boundary-valUe. pro6fem
s for,
the determination of the pi is one of the standard problems
treated by Musheli9vili. The author deduces the boundary
tbriditions; and determines the state of stress in a plate
reinforced by a circular ring wherx the plate is subjected to
bi-axW tension-4 At infinity. The external forcc* applicd to
the reinforcing Ang are represented by functions of b ounded
yariation. L S. Sokolnikoff (Los Angeles, Calif.).

E)") T Y F-V;
LIteremetev, M. P. Elastic equilibrium,of an efliptic ring.
Mathematioul Reviews I IAkad. Nauk SSSR. Prikl. Mat. Meh. 17,107-113 (1953).
(Russian)
Vol. 14 No. 11
The author investigates a ring bounded by two confecal
Deoomber, 1963
ellipses, the loads being applied on the boundaries.-K. Timpe :A
[Math. Z. 17, 189-20S (1923)] solved the above problem..
but1h1usheli9vili [Same fundamental problems of the mithe-
M. tical theory of elasticity, Izdat. Akad. Nauk SSSRS'
Moscow-Leningrad, 1949, p. 231; these Rev. 11, 626) J,
Ix)inted out that Timpe's solution is incorrect. The author
gives now a correct solution. He uses a c'onf6rmal mapping
sented in an earlier work CIT':rain. Mat. Zurnal
method pre
11, no. 3, 68--80 (1949); these Rev. 886]. A numerical
~It. A
undaries, YIN
example of a ring with given confocal ellipses as bo
and the outer boundary compressed by a'Constant dis-
tributed norinal load illustrates the use of general formulas.
Li;dnjpton,

SOV/ lZ4 --58-4 -4405
Translation from: Referativnyy zhurnat, Mekhanika, 1958, Nr 4, p 102 (USSR)
AUTHOR
Sheremet'yev, M.P.
TiTLE: The Action of a Concentrated Force Upon the Reinforced Edge
of a Circular Hole in an Infinite Plate (Deystviye sosredoto--
chennoy sily na podkreplennyy kray kruglogo otverstiya beskonech-
noy plastinki) :
PERIODICAL: Inzhenernyy sb. , 1956, Vol 24, pp 127-138
ABSTRACT: The author attempts to find the stresses in an infinite
elastic isotropic plane, weakened by a circular hole the edge
of which is reinforced by a narrow elastic ring (considered as
an elastic line) with a given flexural and longitudinal rigidity,
undergoing the effect of a concentrated force applied to the
reinforcing ring at a certain angle to the normal of the axis
of the ring. Distribution curves are presented of the stresses
upon the circumference of the seam of a copper plate with the
soldered-in copper ring resulting from a concentrated force
normal to the axis of the ring.
1- Copper 2. Rubber 3. Metal plates--Stresses
Card 1/1 4 Mathematics G, N_ Savin

- F-
~ --NiNETI-M. M.P. (LIviv); ,-UFT-j~iOVjCH. T.-I. (LIviv).
-
Bending of An infinite ninte with en elliptic hole frnmed by a
thin eInstic ring [withi sxmmeries in Russian and -'aplizhil, Pryk, .
mekh. 3 no.2:140-146 15,:!. (.14LRA I C.: 9)
1. LIvivskiy derzhnvuly nni-rerEftet.
(--l-'astic: -,)Ia~ez And shells )

SOV/124-58-11-12993
T-anslation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 161 (USSR)
AUTHORS: Sheremet' yev, M.P. , Khlebnikov, D. G.
TITLE: a -Half plane Supported Along the Edge
(Uprugoye ravnovesiye polulploskosti s podkreplennym krayem)
PERIODICAL: Dopovidi ta povidomlennya. Llvivs'k. un-t, 1957, Nr 7, part 3,
pp 286-292
ABSTRACT: The authors examine the problem of the elastic equilibrium of an
isotropic halfplane y < 0, the boundary of which is soldered to an
infinitely long, thin, J-astic rod of constant stiffness; the halfplane
is subjected to the action of distributed transverse and longitudinal
loads, as well as bending moments of magnitudes q(x), n(x), and
m(x). One of the principal axes of inertia of every transverse
cross se-ction of the rod lies in the plane under consideration. Let
f(x) and g(x) be the normal and the tangential stresses on the contour
of the soldered joint. It is demonstrated that f(x) and g(x) satisfy
the following system of integral-differential equations
Card I/?-

SOV/ I Z4-58- 7-7911
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 88 (USSR)
AUTHORS: Tul'chinskiy, V.I.[ Sherernetyev, M.P.,
Tul'chyy, V.I. I
TITLE: Some Aspects of the Flexure of Reinforced Plates. Part I:
Boundary Conditions (Nekotoryye voprosy izgiba plastinok s
podkrepleniyern. 1. Granichnyye usloviya zadachi) [ Deyaki
pytannya zhynu plastynok z pidkriplennyarn. 1. Hranychni
urnovy zadachi I
PERIODICAL: Nauk. zap. L'vivsk. un-t, 1957, Vol 44, pp 29-39 (in Ukrainian)
ABSTRACT: An examination is made of the flexure of an infinite aniso-
tropic plate weakened by a hole through it, the rim of the hole
being reinforced by a thin elastic isotropic ring, It is assumed.
1) that the middle plane of the anisotropic plate is the plane of
elastic symmetry, 2) that the contour of the seam formed by
the juncture of the plate with the reinforcing ring has a contin-
uously varying tangent, and 3) that the reinforcing ring is so
thin that its axis can be considered as the contour of the seam
formed by the juncture of the plate with said ring. The solution
Card 1/2 to the problem in question reduces to finding the two functions

SHLWMETIYEV, M.P. [Sheremetliev, M.P.]; GRILITSKIT, D.V. [Hrylytalk3ri, D.Vj
"Anisotrovic plates" b7 S.G. Lekhnitskii. Reviewed by M.P. Sheremetlev,
D.Y. Rr7lytelkyl. Prykl. mekh. 4 no.4:471-472 '58. (MIRA 11:12)
(Elastic plates and shells)

SHEREMETITEV , M.P. (Vvov)
Bending of an infinite plate weakened by an elliptic hole
having its edge reinforced by a thin ring. Inzh. sbor. 25:
51-63 '59. (MIRA 13:2 )
(Elastic plates and shells)

-SIIEREVIETIYEVI Mikhail Petrovich; BLIKH, V.V., red.; SARAhYUK, T.V., tekhn.
[Plates with reinforced rim) Plastinki s podkreplennym kraem.
LIvov, Izd-vo Llvovskogo univ., 1960. 257 p. (MIRA 34:7)
(Elastic plates and shells)

SHEREMKITEV, M.P.; GRILITSKIY, D.V. [Hryl7ts1kyi, -D.V.]
Elastic equilibrium of a flat rectangular plate. Pryk-l.mekh. 6
no-1:109-113 160. (MIRA 13:6)
1. L'vOvsld7 g0sud-stvennyy universitet.
(Nlnstic plates and shells)

SUPMETTYEV 14 P (Sheremetlitv, M.P.] (Livov); KHLEBNIKOV, D.G.
--------IKhliebn:fkov, D.E.) (L'vov)
Bending of an infinite strip with a reinforced edge. Prykl.mekh.
7 no.2:212-126 ~61. (MIRA 14:4)
1. LlvovBkiy gosudarst~ Onnyy universitet.
(Elastic plates and shells)

SVEIRFVEMEEV, M.P.; YAREMA, S.Ya.; KIILEBNIKOV, D.G.
-Selecting the ~:,ptimum shape for a circular metal-glass kinescope.
N,z U no
' auch.zap,IYA A" ' RSR. Ser.mashinDved. 7 -7:96-109 0.
(MIFJ, 1 L: I )
(Television--Apparatus and supplies)

3/879/62/900/000/011/d88
D234/D308'
'AVTHOR: Sheremtlyev, M. P. (L1vov)
TITLE: problem-of stress functions in the theory of shells
SOURCE: Teoriya plastin.i obolochek; trudy II Voesoyuznoy konfe-
rentaii, L1vov, 15-21 sentyabrya. 1961 g. Kiev, Izdo-vo
AN USSR., 1962', 109-110.
.TEXT-.' The author fomulateB, without. proof, the following theorem:
A necessary-and sufficient condition for.the statio conditions of
equilibrium to be fulfilled, is the homogeneous condition of equi-
librium-and
R(13 coo /L'+ sin R
(00
sin COB-4
Q(a) t (2),.
Card 1/3
-----------

W/EwP (w.)/-A_'WA (d)/VP(1r)/3iP(k) /EWA (h) Ff-~h Peb. w)1CW"1_.
L 16882-65 EW
ZVI 08
ACCESSION A: AR4045235 S/0124/64/000/007/VO09/VO
SOURCE: Ref. zh. Mekhanika, Abs. M6
AUTHOR: Sheremetlyev, M. P.; Pelekh, 8. L.
TITLE: The ptublem of varlationalprinciples ;n the theory of shells
CITED SOURCE: Sb. Teor. I. pry*kl. matem. Vy*p.. 2. L'viv, Llvivs-1k. un-t, 1963,1
68-86
TOPIC TAGS: shell, shell theory,-Lagrangeprinciple, Castigliano principie,
basic functional
TRANS LAT ION: Equations expressing tFe Ligrange',and Castigliano variational, pri.n__
ciples in the theory of shells are presented. The Casti�liano,pri,nciple is de-
rived from the so-called basic functional, By means-of the.latter,' other va ia-
tional principles (including the principle of possible shifts)*are obtained hi
the form of particular cases. All the differential-equations and boundar d
y con
tions of the theory of shells are regarded as, Euler equations,~Writ_ten for the
basic functional. All operations correspond to a case in.which the Kirchkoff
Lyav hypothesis regarding the retention of the normal element is not complet6l-,
y
fulfilled. Non-orthogonality of the fibers with-respect to themidsurface after
Card 1/2