SCIENTIFIC ABSTRACT SHEREMETEVA, T.V. - SHEREMTYEV, 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: July 13, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A New -~eciinique ot' Production of the N-Methylimide SOV/20-122-5-22/56
of Citracon~c Acid
came into exIstence (see pattern). These derivazives are
--cilned to polymerize, i. e. to resinification; they represent
an asymmetric substituted ethylene. Alkaline media favor the
'scjmei4zat4on of citraconic acid to itaconic acid (Ref
Such a medlum can be created in a partial thermal decomposition
the dehydration of the alkylamide. In order to avoid this,
the authors, apart from reducing the temperature of reaction,
ha,ie conducted experiments aiming at the production of
methylamide of citraconic acid by means of the effect of methyl-
am.;r.-e hydrDchlDr-Lde upon the citraconic anhydride. The reaction
-,,as 0
car--'ed ou,. in one single stage without isolating the
alkylamino ac--d (see pattern). The hydrogen ions released in
the reaction favored dehydration and created an acid medium of
~-h~z reac-..~-Dn 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
I
assumption that the acid medium prevents isomerization it was
attempted to produce n-methylimide by interaction bet-weenmethyl-
amine hydrochloride and itaconic anhydride. --'- yiJeld of AO n-: of
Card 2/3 -he amount theoretically possible was obtained; the rest of the

3.-~ -.,~ C
ew ~er-'~nique of 4 on c' the SC-, 20-1,22-5-22/56
of Citraconic Ac-*;.d
reaction mixture was resinified. Therefore no n-methylimide
of itaconic acid could be isolated. There are 1 table and
-2 references, 1 of which is Soviet.
Mao- 16, '1958, by B. A. Kazanskiy, Academician
SUBI,'I'~," --'D: Maw *1-)., 1,958
Card 3,/ 3

5(3)
AUTHOLS: Sheremeteva,, T. V.~ sov/62-59-3-22/37
Zhenpvskaya, 1.1. G. , Kototi, ',!. 14.
TITLE: Synthesis and Polymerization of p-Butyl- and p-Butyrophenyl
Methacrylic 7ster3 (Sintez i polimerizatsiya p-butil- i
p-butirofenilmetak.rilovykh efirov). Communication 2
(Soobshcheniye 2)
PERIODICAL: I7,vestiya Akadei.,iii nauh SSSR. Otdeleniye khimicheskikh naukt
1959, N'r 3, PP 528-554 (USSR)
ABSTRACT: In the present paper various isomers of the p-butyl- and
p-butyrophenyl methacrylic esters -uhich have hitherto not been
described were synthesized in order to investigate the effect
of the branching of the alkyl substituents in the phenyl
nucleus of the monomers on the properties of the polymers
obtained from these esters. The synthesis was carried out in
two sta-es: 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 prorerties of the
polymers obtained from different butyl.,--h-=-,
methaorylates their different behalriour to-..ards the solvents
Card 1/3
0-- ec e
was observed. Products in whic-1-4 s c r r, t d

Synthesis and Polymerizatu-ioil of I ~;ov/6 n- 7~-`2/37
p-Butyrophenyl Methacrylic Est-~Is.
with the phewrl ni;-'
carbon r-rcved I
Ii. nking by the t b +'r a
Er-3up,
r s I --, 1: 1 v
ro ~ ~,me r c hi i ii
-o -he
fornati~n of t h
C S.
Sin~~-- th,- soluble
and the inso:ub--e
--olyE.,eriz
rc ation
of the isomerJc 71 r- - C 0
the chain
Frobably does n,,Dt
I~t7 n, -he
tuent --,nd
S t ru.: tur;:~ 'D f +1'. E? S1119 S 'b?.--z-~ne nucleus
:)f 'he synthesized ?st~-~3 S :3 vi~-----fication
temperatures of the pa ym, s f cc --sters. The
stron.-est branchinZ cf a I her
vi trific atio n t eimpe rature T-1--i 3 fluc ~uate s in the
case of various -jsom,~,ro -17 and The substitution
of the CH roup -',-Ti the benzene res'due b- the CO-group i.e.
2 o - - - j
Card 2/3 the transition from one alkyl Into an acyl substituent

Synthesis and PolYmerization of p-.!,Iut,.-l- and SOV/62-59-3-22/37
p-Dutyrophenyl Mothacrylic E:-,ters. Communication 2
increases the vitrification temperatures bIT 350 on the average.
The degreo of the con-~,ersion of a monomer into a polymer also
d.-?pends on the character of the substituent i.e. esters with a
branched structure attain a lower deEre*e of conversion. There
are 4 tables and In referen-:es, 6 of which are Soviet.
ASSOC I-,1TMS: Institut vTsokomo1-ekulyarnykh soyediner-fly Akademii nauk SSSR
of ','4
(Institute .1-L;h-MoleculaT Compounds of the Academy of
Sciences.; ussa)
SUBMITTED: June 8, 1957
Card 3/1

T. ~107/62-59-5-1 3/ 10
Cont:~iininF. :.-~-tro~Tcrl
..h
n!-i!'-, JJ~: CV' I himichrnlkikh nnulk,
9'1 D ".YR
a e heteroc:iclic co:a-)f:-un:io cont.~inin6 nitrojen linvo
--ined 7=ciicr~l i O-F~ 'lie
E* L :nonn-ner3
~in:, ris i n sec t I c 3 s . Dn c onne c ti- o n
t
'13 3 ?
th f ic I)
c n c r a c c them
t n - -i n,:,; out their L 4-'- _i "r-a- inve3tipz-tel
C
It ~ 12
c h, I
c
"c
L i t I c- i s -.:n 4. n nU,) 1 j 4 0-..- S
unsu o5t itula tle~, i-ii, -s yn t, e.~ - 3
o r, t e S,

S n r,
o n
bri
.1 t i t
T C`:l
,. 1- ic: ,o ".:- --- n1;,
17
in i," r,.n- r mo ,--21 4C,.lj 2 v C
z 7i r~ -1 i r o u r n!" , -h ar4 vn t-!.e S
t
;F=2 -,C j_ :D t:, -0.y
n n ~z F n i c cm a,, i Yi -1 :3 b- 'w"n 0
c I r i C . t inz -Ii -(-.moerr~tures nni by the r
vrJ~, t-i I i ',-%r In "'tis wor',--l the synthesis Was
t temp,~rntr;r-,-,s as ao nossible nn:l in a
c -:7!i~ cnrried out in both -..,ri-ys
n(:li ::ie,-! The sy-q'heF
of citraconic acid and citraconic
anh-.-:~--i,les .vcre obtained; thr~ yiell ranged from 57 to 50 41
T
i- t'i-mretically ncis.-ible. ..loreover, T-iethyl-,
H.-i9obutyl-, 'J-oct.~l-, nn'.
of citraconic acid and the
onfiin-,, imidos (ex~-,ept isobutyl-) not yet d,~,scribed

0,7nthesi:-, rf Soinr, ComDol.,nds Containing SDV/~~2-55-5-13/-!O
i o~Ton. Co-I-lun; -,--tn
n -,ut)lir,~7,tions -.vcre
s corlpoun,'Lo, the
i,'Iic'~~111:'r -vo'ght, ~2.nOl
t,--lblen 1 an! 2. There
sized. The characteris'ics of
rhysicF-..l constants, mole refraction,
ele-n.;3ntary cc.,irosition P-re listed in
are I table ana IA references.
:3 T InsLitut vysokomo~ekulyarnykn soyedineniy Akndemii nauk SSSR
of ComDounds of the Academy of
1', 1-Y 2 5

SllFRF'r'i-ThVA, T.V.; STOLYAROVA, T.Yu.; LtiRDA, G.N.
Preparation and propertieF of carboxyalP-yl.ene derivatives of
citraconimide. Izv. iVi SSSR. Otd.k~im.nauk no.9:lUC-16ec, 5- '61.
(MIRA 14:9)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.
(Maleimide)

SHEREMETEVA, T.V.; BORISOVA, Z.V., KUDRYAVTSEV, V.V.
T
acids. Izv. AN SSSR Otd.khim.nauk no.12:2237-2239 D '61.
(MIRA 14:11)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.
(Maleic acid) (Citraconic acid)
Synthesis of II-
-trifluoro derivatives of maleic and citraconic

2)73 ?
9")/6 100 ~* jrj 1 /C
A!-'T~;ORS G Brrisova, Z- V Sheremeteva, T i-
T I T -1, F lovolymer-ization of 'N-methvlcltracon,.:r.Ae wil.'r. -,cmc- V,n,yl~
FERTODICAL Vysok-omolekulyarnyye soyedineniya, v. 3,nc. 1'. *9('-"!.
TEXT The radi-lal bulk copolymerization constants of four binar -v monomer
colin le s ;cons ist ing o, N-me t hylc 1 tracorl imide (IN! ac ri 1--n i t r 1
1 ene . sz, vrene c nd mie thylme t1nacryla t -- w6re ~ et e rm . n-ri b,-;
Me- za, i I) n i n t h e p r e s e n c e o f 0 5 by w e z gr ~i b e r. z cy 1 x i a I r.
T
a I d ~lable I I The ll'-methyl,-.itracon~-mide -
hpated to f)002- ;-inl the c~her systems to 700(7 up t3 q
Th~ pfjlymers verE solved in chlorcform and rep-lecipitated w-~th
me t hy a i c ho I , f,,ltered , an,! dried to constant weighr: T~:e nizro,~en
-)t* the p o ly me v s vas determned a,~cording to Dumas and the
f -le
the co~:-o rs calcu la ted rom the recul ts I Tal
cocolvmeri7.a~ion c-:~nsr.ants wi~rc calculated from tne in'e-aral equa,
and F M Le7,.ls (Re'- 12 J e r Chem Soc

I Vr"Ier I Ion of.. B I 24/B I C) I
with the met-nod su.wcrested by S. N, Ushakov, S P. Mitsengendler, and
G A Shrraykhman (Ref, 15 Uspekhi khim-li, 19, 261,j 1950) bean- uF-er'
the experimental determination of the oarameter p ifor the syste=
an ~I The mean VL~ILIC~ 'APIs leterm,,ned '.c:r all sv~-:tems b.,, th~--
Shtraykhman, A A. Vanshe.,,,dt, and C A. -:1 t2
Y' & h fi z -Lchimli, -i2, 5, 1)58). _'~Jj forms azeotronic
v,ith all mentioned monomers except for methy1methacrylate; the
the azeotror-ic -,cpolvmers with acrylonitr:le. P-vinylnaphthalene, -iro
r e n e Ls FTiven in Table 2 The probable distribuiion oil monomer tin- 'S
,,n the s.l.-tems N-methyicitraconimide - P-vinylnapht~alene and N-merhy,'-
~~itra-onim-,Je -styrene caiculated from eqUations developed by F T Nail
j
Am ~ r Chem~ Soc '6, 2050, 1944) and S. S, Medvedev (Ref. 10 D-~icl'
AN SSSR 56, 1-1'7, 194t) -..hich s~io,,-, a tendency to alterna--ion --s given -n
T:-I 0'. The rcact,,,rity of the radicals of the mentioned moromers to
r~ zi e s in the crder styrene
m z t hu o ry The spe~:-lf'-,- a~!tlv it,, Q -and the factor e c~aracter'lzin~-
CC-larl- of ~-,on:.Is frr IT, cal~u'Latpd "rom t'ne cr~olvmer~z-ation-
A % a n d C Price (Ref, 17, J P-olymer Sc, 01 -1 "1
a r ~j

CopolYmerization of...
vn 1 1! n F n d e? = 1 -iere
IL) arwe~; :ovipt in(] )
rPf'r!rerjc(.,s to Frig I ish - ).,in guzq-e
J. A. Conrady, J. Polymer Sci.
Bri t - Pat. 712319, 1954; E. C.
Sc i 4
5)7, 1949.
s/19016110031011,100'11016
B120101
ob ta i n-rl f or ';;Tl . Thcre are 5 tables and
non-Soviet. The three most recent
publications read as follows: L. F. Coleman,
58, ?41, 1959; J. Da-ining, J. G. N. Dre-witt,
(Thapin, G. E. Ham, C. L. Mills, J. Polymer
ASSOCIATION: Ins-titut vysokomolekulyarnykh soyedineniy All SSSR ( Institute
of' rfit-h-molecular Compounds AS USSR)
SUB,'.',TTTPD: December 23, 1960
Table 1. Copolymerization constants of ll-mcthylcitraconimide with some
vinyl compounds. Legend: (I) System no.; (II) monomer ~12; (III) acrylo-
nitrile; (IV) Q-vinylnaphthalene; M styrene; (VI) methylmethacrylate.
Table 4'. Composition of azeotropic copolymers. Legend : (I) System no.
(11) composition of the azeotrop-ic copolymer, m 1/m2; (III) found;
(III) calculated.
Card

SHEREMFTEV,P), T,V,i GUSITISKAYA2 V,L.~ KIJDFiYAVTSEV., V,V,
1-
Synthesi.s of N-Bub-3tiruted diarrides of succinic and citraconic acids.
izv. A'1 SS'SR Ser.kchim. no.10;1821-1823 0 163. (MIRA 17-1-3)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.

ACCESSION 117,11: A201900-8 S/0062/64,/000/002/0331/0334
"oton, M.M.
U 0 3: Zhenevskaya, M.G.; Sheremeteva, T.V.;
Srnthesis and polymerization of p-butyl- and p-butyrophenyl
methacrylates. Communication 3. Concerning ester structures and
L,LaIr tendency to polymerize
SCUaCZ: A~N SSSR- Izv. Seriya ~~himicheskaya, no.2, 1964, 331-334
T021C CAGS: Darab-utyi methacrylate polymerization, polymerization,
parabylyrophenyl methacrylate polymelrization, ester structure, metha-
cry'-ate phanylmethacryllc ester , subst-ituted phenylmethacrylic ester
L-ISTHACT: The purpose of this investigation is to find how the poly-
meriza~.-ioia rate of the above esters Is affected by the structure of
Uhe substituent. The deteimination of the polymerization rate of
Substituted pheny1methacrylic esters was made for the following mono-
ners: -)-no.-mal, p.-Isoprimary, p-tertiarybutylphenylmethaerylates and
p-nor---ai, p-Isoprimary butyrophenylmethacrylates. Polymerization was
carried out at ~GC In,the presence of benzoyl peroxidow(O.3%) and In a
nitrogen atmosphere because oxygen i-nhibits polymerization. It was
Card 1/2

ACCEESSION N-R: AP4019008
.Lound that esters with the least branched substituent are the slowest
Uo polymerize, probably due to the transmission of the chain (as a re-
sull of a hydrogen torn off the alkyl 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 aikyl residue speeds up polymerization; this is
explained by the-Presbnce of an electro-negative group 0 _~ 0 in the
acy! residue causing iL shift of the electron cloud from the double
bond toward the substituent, and diminishing the activation energy of
breaking the double bond. Orig. art. has 4 figures, 3 formulas, I
table.
ASSO'_"_7_'LTIOhT: Institut vy*sokolmolekulyarn kh soyedineniy AN SSSR (In-
U 'e of Highmolecular Compounds AN SS
s
itut. W
SIJBei.ITTED: 20Sep62 DATE ACQ: 271-lar64 MICT': 00
SU3 CODE: CH NR REEP SOV: 003 OTHER: 000
Card 2/2

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

L 32923-66
ACC NR% AP6017599 SOURCE CODE: UR/0183/66/ooo/001/0009/ooio
.AUTHOR: Kamaloy, S. K.; rkov. L. M.; Batrakova. T. V,; Sheremeteva. T. V
11ORG: IVS Ali SSSR
i
IT1TLE: Effect which amidocitraconic acid and its N-alkyl derivatives have on the/~'
istructural and mechanical properties of nitron fiber
!SOURCE: Khimcheskiye volokna, no. 1, 1966, 9-lo
~TOPIC TAGS: aliphatic dicarboxylic acid, alkyl radical, synthetic fiber, polyacrylon-
litrile, plasticizer
1ABSTRACT: The authors study the strength of fibers as a function of their previous
Ihistox-y and various structural parameters, in particular the overall orientation
evaluated by isotrometric heating. The fibers tested were pure polyacrylonitrile
icontaining 4 mol.% N-ethylamide of citraconic acid. Temperature-stress curves are
igiven for isothermal heating of fibers subjected of identical plastification stretching
i
:and of fibers with identical strength but different compositions and molecular weights.
i
;Curves are also given showing the modulus of elasticity of the fibers as a function of
i
itemperature. Overall fiber orientation (determined from the maximum on the isothermal
!heating curves) increases in_polyacrylonitrile fiberst56f equal strength as the concen-
Card

L 32923-66
ACC NRt AP6017599
tration of the secondary component in the copolymerlis increased from 0 to 19%. It is
possible that the large monomeric units of ~he copolymer act as an internal plasticize
which aids in orientation of amorphous sections of the fibrils. Orig. art. has:
3 figures, 2 tables.
SUB CODE: 11, OT/ SUBM DATE: looct64/ ORIG REF: 003/ OTH REF: 000
Card 2/2.- -:~

30) FKA33 I *MK EXrWrTATION SCTAI13
?*GntPG1 'n77 InAtItUt PrOgnOgOv
TOPr'O~y morskIM StdroamteorologleheskUb prognorov (Problems of
Marine Itydrooeteorclogleal Forecasting) Ploscow, 6" 000tooltdat
(Otd-ulim). 1W. 88 p. Irrata sllp Inserted, (Serissi Itai
Tr4dy, v".'76) 1,000 copies printed.
Sponsoring Agencys USSR. Glavnoye upravleniye g1drometoorologl-
shookoy aluzbby.
24. (?ltlo pags)s N.A. Dellnekly; Rd. (Inside booic)i M.N. Oor7ujohiclaj
Took. U'S I.N. Zarkh,.
?%1:.l sue of' the InstItute-s Transactions Is Intended for
xydrometeo 1::Ists and advanced students In the field.
h the problem of
Co'fMara"Lt?ihng"t'ha*"con:,tt'00.fos'oaaartan'g'L'I&locede&p'hesn".,.tna. Individual papers
treat conditions In the Japanese, Bering, White, and Caspian Sops,
the VVI", bug, and Dnapr Rivers. %a personalities are mentioned.
References &*company each article.
TAVA OF Cow-19MI
Mph. A.I. Time ForecaBting for lee Phenomena 0coarlog In the
S"'r n_g-VM-MI in the Southeastern Part of the Barents So*
5babogeleva, Ye.f. Long-range Poreassts Of AUtwWML1 164 rMnOftens
U--ma-mm-ftar 15
Shokogoleva. To.#. 14mg-range forecasts or Spring lee ftenomena
TV the White 304 31
Y J_ Long-range Forecasts of Autumnal and Spring lee
ro= In the astuartes of the Northern Dvina, Western Dvina.
Mrstborn Bug$ and D"pr Rivers 44
WNtowsks A . 0.1, Water Temperature and Salinity or rho North 50
jka_4.4, Long-range Parecesta of Zoo Phenomena ON tke Caspian
Wutmev, Va.A. wag-MOV Forecasting Mothodo2ogy for lee Appear-
*'WF"2M"VTMIr4 of the Coastal Regions of the Japanese Sea 71
JAMAMO. TO.M. Porecost of Autumnal lee ftenewmins, in the Bering

PSMZ I BOOK X31YLOrrA7109 a Cy/ 4
lNum-cm. T-utral'Aly InsItitut provocov
yoprosy wralkikk tid~t~orologichtmkikh proj;mozov (Pmbloms of Oc-vjr,phl~
triramwet~-i.gja ro.-c-ting) W-cm, Gid~t-lflt, Ottd-oiy!, 19~?.
69 p. Its: Tmdy, rjp. 91) R~.-& slip lnjr~.cl. ~W copies print-a.
Bpouoring AVml*si Tpantrul'-Ayj Jc2tjtU-t PToPOZOT; la-ayl Up-j*tly%,
tidmmet.~l.,I.her.koy sl.%bby pri G.-t. Moist- =33.
Zd. (rltl. A.,. L"--k"h) td. (I.-Id. b-k): M.3.
1.M. Ur!~4-
'Seeb. X4.:
FVX-=.: This cf t!tl T.-I,sztl~- of L '11t.te of T~~- 1.
t.te,.dad for tL.A-."ftc ~! field "ft,rs of t,
:t Will bd of t4t*.rVl- -0 AlZ
thl. eoll.ctl~.j d..l tr
-,.% .,. -d In ct-te.1 ylth-.A. ~r
Lb
of #?ricg 1- &.- 1.i T',
nxt-T )istin4 ti~ r'.*I'I* of anj -- a tl~:-
o 1-7-~1,1,, - r, %. 1.
*ttsdl f- in or t~.c t"
!5r 314~km~j or Ic. c, th,e .9-
57
0 1 Celcll-'t-- of W--..r
64
ATknA=: Llbrwry of
C-d 212
12-21-50

SHMa'142!TBVSKA.YA, 0. 1.
Calculating water temperature variations during the warm period
of the year. Trudy TSIP no.91:64-7o '59. (MIRA 12:8)
(Ocean temperature)

d5 5 ~14
S/050/60/0O0/00c,,/(,r)9 /000 Xx
3, .50 (1 0 ?1 C, 1 2// F o 67
3,96,10
AUTHOR: She. r-emetov9kaya , 01.
TITLE! Ccns-.der~ztion of the A_-r n Calcu_!a~ing
EvaDofat-~on and Heat Exchange
IX/
PERIODICAL-, Meteorolog7-ya 1 g-,drolog--ya, 196C. No 9, pp. 16-22
TEXT: In the papers of 19, 1. Bud-yko (Ref 4), D L Laykhtman (Ref. 7),
A S Monin and A M Obukhov (Ref 1)), M, P. T2mofeyev (Ref 4).
L_ T. Matveyev (Ref 11), A, R. Konsltan-~incv (Ref. '0), 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 grad.Jents
above the seas as well as the parameters necessary for the calculations
are difficult and :~ompll_cated The present paper gives a simplified method
for calculating e-:aporation and heat exchange on the bas~_s of the experi-
mental data on the vertical olistribution of the meteorolog-,cal elements
above the seas ana n -h~- 7~C 1:?ie th-~-ry of tli-buler.- mixinp, (de-
Card 1/6

b555h
Consideration of the Air Stratificat'on in S/05o/ 6o,1`ooo/ooq/cjoq/oo a Puf
Calculating Evaporation and Heat Exch~InE_- BC-12/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 velocit;/ 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 arid 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:
v V !g(v + 1,0) Fa(t - t + b V, V is the wind velocity drop
z z L _L w
z
(in m/sec) at the levels I and z (in m); t a t?; is the difference between
z
the a4- temperature at the z-level arid the temperature of the water sur-
face; a = 0,19 lgz + 0 37; b = 0 81 lpz + 0.24z The formula takes ac-
Card 3/6

85554
L) / 000 Oog/.000 /,C)OCi/xx
Consideration of the Air Stratification in S/050/'O"
Calculating E'vaporation and Heat Exchange 3012/E067
count of the rise ot' the ver--ical veiociTy jzral~ien~ w-.-I-I increasins
stability of the atmosphere and the intensif-cation of wind. It rerro-duces
the docrease oC the inCluence of the thermal factor on the formation of
thr? vertical wind prot'lle with a riot, in the wind velocity. Since the
deoendence o' the vertical air temverature ,L-,radient in 'he 1-15 m
I - layer
on the d,-fference between the water and air iemperazure with a stable and
an unstable sIrutiiiC7-1;1o!i
for this reIntion. for the stable stra!if----tJon
L
21/3
(0,45 19 z , 0 42)(t - t ) and for the unstable strallificat:.on
a W,
z " 1p: z - 0 26)(t - 0 45
formula (3): ta, t a, (0 w ta ,I Here, t, de-
I - z 1
notes the -,.lr zemper~-ture a~ -he leve.s 1 and t athe a--r -.em.-.erature at
z
the z-level, t W the tem~~erature c)4 the sea surface and z thle --eF- le-.~el
which the air temperature was measured Besides, a relation was observed
between the moisture deficienc-y 6 z at the z-'-,e-,rel and the moisture
Card 4/6

8 5 55 -,
Considern tion of' the Air Stratif.i :.-at_:,n in S/050/60/000/009/C-0 /.~-o /Vx.
Calculating Evaporation ari,l ho.v. Ex~!hl-trig,(- ?G! 2/3067
deficiency [ I at the I m level: f:rmula (4). z,,, = (1 0 '10 -1g, t)16,
- (0 15 19 z + 0-01)(ta a,) With these four empirical formulas the
Z
vertical gradients of the meteorolcgical elemerts can be calculated from
the ordinary ship observations When deriving the formulas of evaporation
and heat exchange it was assumed that the onefficients of the momentum
exchange, of the eddy diffusion and cf the eddy thermometrical conduc-
tivity are equal Proceeding from the ealiat-on for the eddy diffusion
.formula (12): E = 7 6 v.A :s derived for the evauoration, and proceeding
from the equation f-)r the eddy thermometrizal conductiv:ty formula
1) = 0 "12 V,(t R I- tw) is obtained. E denc~tes the rate of evaporation,'
v, the wind -elocity at the I m - level , and 6, the mo, sture 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 ary 1_evei of "he
Card 5/6

85~,54
Consideration of the Air Stratification in :3/oclz 0/ 060/00 of/ 0091"Oo a/ 009/XX
Calculating Evaporation and H,~-at Exchange 3012,/3o67
I - 15 m - IaYer Since in this case the dl-Ita n-f shp observat:.ons are
reduced tD the 1 m - level, these two formulas allow an approximat--re
consideration of the rules governing the vertical dastribution cf a-r
temperature, air moisture, and wind 7elo--ity above the sea aE depending
on the stratification of the atmosphere The papers by 3 D Zaykcv
(Ref 9) and Ye G Arkhipova (Ref 1) are mentioned There are 1 figure
and --'d references: '.7 So-,--et, ' German. and 2 Tepana-se
Card 6/6

SHEREMETEVSKAYA, 0.1.
Heat balance of the ocean surface in Antarctica. Okeanologiia 1
no-5:835-836 161. (MIRA 15:3)
1. TSentral'nyv institut prognozov.
(Antarctic regions--Ocean temperature)

SHEILVIETFISKAYA,0,1.
Calculating the distribution of water temperature and determining the
Positi~bn of the ice edge in the Northerr Cgspian during the fall
period. Trudy Okean.kom. 11:150-157 !61. (HM 14:7)
(Caspian Sea--Ocean temperature) (Caspian SeAL--Sea ice)

;jj-,.i~;
0.1., lkan~-!. Ceogruf. rauk
1'()f ...... ~15',O Of' In ,"
Sea . lle'.eor. 4 g--4,ol . S li,4. (MIRA 17:0'
- L 1~ I. . - -, -_; ID
' "-S;Fn4 ral, Iry-,- " n s t i -.iz t 7 rn.-.- -~.
i. - I I . . 1, . t -

ISAYEV, N.S.; &LOVA, Yo.I.; RIKARKINA, M.N.; OMIGANOVA, Z.I.;
SHEREI-TTEVSKAYA. T.A-; YURIN, B.A., red.; KOROBOVA, N.D.,
(Documents of proletarian solidarity; collected documents on the
cooperation of Soviet Union workei-s with the workers of Asia,
Africa and Latin America in 1918-1961IDol-unenty proletarskoi so-
lidarnosti; sbornik, dokumentov o sodruzhestve trudiashchikhsia.
Sovetskogo Soiuza s trudiashchimisia stran Azii, Afriki i Latin-
skoi Ameriki v 191E-1961 godakh. Moskva, Profizdat, 1962. 207 p.
(IMA 15: 12)
(Trade unions)

SHMMETEVSKAYA, V.V.
Work of the organizational and methodological office of the Lenin-
grad Province Clinical Hospital. Yop.okh.mat. i det. 4 no.6:68-71
N-D 159. (MIRA 13:-4)
1. Iz organizatsionno-metodicheskogo kELbineta leningradekoy oblast-
noy klinicheskoy bolluitsy.
(LP-VIITGRA-D PROVINCP--CHILDREN-INSTITUTIONAL CARE)

SBERA4ZTZV0LiYA, Valeriya Vladimirovna; TUR, Aleksandr Fedorovich, red.
-- - --- ------ I - --- -- -
[Educational work with the ill and convalescing child; guide for
medical personnel in children's hospitals and sanatoriums] Vispi-
tatel1naia rabota a boltnym i vyzdoravlivaiushchim rebenkom;
v pomoshchl meditsinskim rabotnikam detskikh bollnits i sanatoriev.
Leningrad, Kedgiz, 1960. 67 P. (MIRA 13:9)
(CONVALESCENCE) (EDUCATION OF CHILDREN)

SHNUMATSVSKIvI, Pavel Viktorovich Edeceased]; SAVZDARG, V.S.. redaktor;
PAVLOVA, M.M., tekhnicheskiy redaktor
ECucumbers] O.-urtsy. Izd. 2-oe. ispr. i dop. Moskva. Gos. izd-vo
selkhoz. lit-ry, 1956. 79 P. (MUZA 9:9)
(Cucumbers)

S1:E'fCM-'TOVSKAYA - V,..V. (Leningrad)
~ A
"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. (MIRA 14:5)
(OPEN-AIR TREATMENT) (MARKOV , D. A. )(KALITOVSKII, E.F.)

BARDIN, I.; BELLN, R.; BEKHTIN, I.; BOYXO V. - BORISOV, A.; BYCHKOV, V.;
VASHEMKO, S.; VINOGRkDOV. V.; VIAHUiSUY, A.; VODnV. G.: DVORIN,
S.; DZHAP&RIM, Ye.; DIDENKO, V.; D'UKONOV, N.; ZHMVIJU. S.;
74101AROV, A.; ITAMOV, I.; KIRSANOV, N.; KOLYADA, G.; KOROBOV, P.;
LISKOV, A.; LUKICH, L.; LYUBIMOV. A.: MELESHKIN. S.: KYRTSYMOV. A.;
MTSEV, M.; PITHUSHA, F.; PITMRSKIY, A.; POPOV, I.; RAYM, D.;
ROZHKOV, A.; SAPOZHNIKOV, L.; SED(Y. P.; SOKOLOV. P.; TIVOSYAN, I.;
TIKHONOV, N.; TISHCHENKO. S.; FILIPPOT, B.; FORUKO, N.; SHELKOV,
A.; SHMJMT'YEV, A.
Fedor Aleksandrovich Markulov. Koks i khim.no-7:62 '56. WaA 9:12)
(Nerkulov, Fedor Alekaandrovich, 1900-1956)

r,u cl h e a 7~
Giavnj.;

~gal Lig h- f fec t -f i. a nvi -Ier~:ap.- C;~ I --'reatment
on %ho of "Iston '7a-!d lll'ecl- 6r--*, 'Ur~,,t "ilvtlechnic
~v,-rcilovs~, 1954. Feb 5~:)
'~'o. t31, 26 Al-19 55-surv~~,, of and T-rbnical
.SF --h luca--icnal institu-
s s e t -a ~ ic~ ns z! nd e d. a Aii -:~r
ltior~3 J4)

SHEREMETIM, A.D.; ASTANIN, V.N.
Modernization of lathes for high-speed drilling of deep holes in
heat-resistapt steel valves. Stan.i inBtr. 33 no.3:37-38 14r 162.
(,'-EIRA 15:2)
(Lathes-Technological innovations)

BALZHI, M.F.; BERFZKIN, P.N.; GCLIDSHTEYN, Ya.Ye.; GALIPERIN, Ye.B.;
YEDLICHKO, V.V.; 'C-PAS, A.F.; LEKUS, I.D.; POTEKUSHIN, N.V.;
POZDNYSHEV, V.M.; SUBBR)TIN, N.A.; SAVINTSEV, R.I.; TAY-AFj-'VSKIY,
V.M.; qjj~.REMETFYEV A D.; BAKSHI, O.A., kand. tekhn. nauk,
retsenzent; PEONDIN, Ye.A., inzh., retsenzent; BOYKO, F.I., inzh.,
retsenzent; VASIN, Yu.P.Y inzh., retsenzent; LAZIUREEV, A.A., inzh.,
retsenzent; SOROKIN, A.I., inzh., retsenzent; KONIKOV, Arkadiy
Sergeyevich, dots., red.; DTJGI.*%'A, N.A., tekhn. red.
(Economy of metals in the machinery industry]Ekonomiia metallov
v mashinostroenii. [By]M.F.Balzhi i dr. Moskva, Mashgiz, 1962.
235 P. (MIRA 16:2)
(Machinery-Desigam and construction)
(Metals, Substitutes for)

SREREM".11Y7.1vt A. V.
A,_V..Sheremetlyev and N,-I. Astashkina, 24-kanallnaya sistema mnogokratnogo
telefonirovaniya po simmetrichnym. param magistrall-mykh kabeley (K-2h) ZT-he
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 skelbton
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-m-6h72, 23 Nov 1954

I
.r-T c [-%, I - II - ~
SHEREMETBV, A. V. ; ASTASHKRU, N. N.
. i
[24-channel multiple telephone system.
mnogokratnogo telefonirovaniia (K-24).
voprosam eviazi i radio, 1953. 26 p.
(Telephone--Apparatus
(K-24)] 24-kanalInaia sistems.
Moskva, Goa. izd-vo lit-ry po
(MLELL 7:1)
and supplies)

. ' - - T ' ~ L,- L.I
,-) -. ~671,'E- i'l L (,
SH-FA*WAW,.A..Y,, kandidat to-khnichaskikh nauk. nauchnyy sotrudnik;
AMANGELISKIY, 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. Kiyevskoye otdeleniye TSantrallnogo nauchno-issladovatellskogo
inatituta svyazi.
(Amplifiers, Electron-tube)

k 18 22

A. C. W.-
r6--

0 1. 16
Ln, T~- a cfxupo VEJENNAERIts
cL C. N. K..-
I
10 16

C- A-
P. A.

11 C-0 op

25

term O~vma rw ww contma" V~tinf at th. sa~ia ToomwIftloal *minty of
1"J. 3.j..w'bw we slostrtmal C.WknLftti~ is. A. a. Pop" (VMS), a"=,
6-12

GRISHKO, N.A.,-;-SRVR _Tlrgv, A~Y-, kand.takhn.nauk
Auxiliary VUS-12-2 amplifying station. Vest. eviazi 20 no-11:3-5
N 16o. (MM 13:12)
1. Starshiy inzhener Kiyevekogo otdeleniya TSentrallnogo nauchno-
issledovateliskogo instituta svyazi (for*Grisbko). 2. Nachallnik
laboratorii Kiyevskogo otdeleniya TSentrallnogo nauchno-ioBledo-
vatellskogo instituta avyazi (for Sheremetlyev).
(Telephone)

SUDENKC, A.M.; SMWW_!_YEVA,M., otv, red.; RYKOV, N.A., red. izd-
va; KCROVENKOVA*l Z.A., tekhn. red.
[Advanced methods of repairing equipment in coal preparation
plants] Peredovye metody remonta oborudovaniia ugleobogati-
tellnykh fabrik. M~skva, Ugletekhizdat, 1954. 66 p.
(MIRA 16:7)
(Coal preparation plants-Equipment and supplies)

L 62086-65 ZFC-4/L,7.-IT(d)/E'-:'C(t)/FSS-2 Pn-4/Pp-4/Pac-4
ACCESSION 1JR: AP5016722 UR/0286/65/WO/010/0041/OQ41
AUTHORS: Grishkol, N. A.; Sheremeilyev, A. V.
TITLE: Device for shielding the channels of long distance telephone service'a
Class 21, No. 171022
SOURCE: Byulleten' izobreteniy i tovarnykh znakov,, no. 10, 1965, 41
TOPIC TAGS: telephone equipmentl telephone line,, noise suppression
ABSTRACT: This Author Certificate presents a device for shieldingthe channels
of long distance telephone service from noise currents and audible cross-talk by
limiting them to the moments when a useful signal is absent. To combine the
functions of signal level control and channel cutoff, two silicon stabilitrorm
interconnected antiparallel are connected in series between the double variable
attenuators (see Fig. I on the Enclosure). Orig. art, has: .1 diagram.
ASSOCIATION: none
SUB14ITTED: O`70ct6l ENCL: 01 SUB CODE: EC
NO REF SOV: 000 OTHERs 000
Card

L~0'2086-65
ACCESSION NR: AP5016722
ENCLOSURE: 01
Card 2/2

AMU. L.Ya.; E.V.; 6HTAI-MIEijCxEh, G.A~
Transistorized attachment to the EP-1 potentiometer. AvtG-m.koi-U'.i
elek.izri. no.1:93-100 160. (~ffA 15:8)
(Electric prospecting-Electronic equipment)
(Potentiometer)

SI-E-aEMETIYEV, E.V.
Semiconductive attachment to the IT-1 pontenticir-&-tti. Ranfed,
okh. nedr 27 no.3:46 Mir '61. "4: 5)
1. Sibirskoye otdeleniye Instituta avtomatiki i elektrometrii.
(Potentiometer)

KUTY11 K p A.F.; SHEREMETlYFV, E.V.
Susceptibility threshold in the induction method for the
measurement of weak magnetic fields. Geol. i geofiz. no.6:
102-103 163. (MIRA 19:1)
1. Institut avtomatiki i elektrometrii Sibirskogo otdeleniya
AN SSSR, Novosibirsk. Submitted February 2, 1963.

ZAGORSKIY, Ya.T. ;SHER= 13Y.E. V.- SHTAMBERGER, G.A.
- jp
Universal wide-band d.c.device. Priborostrosais i1o.jos12-14
0 163. (MIRA 16:11)

: : - : ". '. 1,,~ L-111, L:,. I -.
F. ( )T y UV, , ,.. . : . - - ,-, T* 1 1 -~, ,
L u ~ -. I .-1 0,
Irilge imit for ia,;asuring M
--equencies. lzm.tekK. no.11:11-716 N 16
- 3.
lnvicer~ uf -r
(MIRA 16:12)

N
L 36661-6-5 EWT(1)/EEC(,t) Peb IJP(c)
ACCESSION NR:. AP500740-0-
AUTEOR: Kotyuk, A. F.; Sheremetlyev, E. V.; Zagorskiy. Ya. T.

TITLE: Instrument for meg ing Mnetic fields the induction method.
Class 21, No. 16838b
IV
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 4, 1965, 51
TOPIC TAGS- magnetic field measurement, magnetic induction measurement

ABSTRACT: The proposed instrument consists of a parametric amplifier, a frequency
amplifier,'a mixer, a pumping generator, a filter, and a meter. To improve accuracy
and economize on the power consumption of the pumping generator, a coil with a
toroidal core serves as an inductance modulator. In the magnetic circuit of the

'~.a vibrating armature is fastened to a movable diaphragm. The diaphragm is
coi
coupled by an air gap to a second diaphragm, which is excited by the pumping gener-
ator. (See Fig. 1 of Enclosure.) Orig. art. has: 1 figure. [DWI

o' otdeleniya AN SS8
ASSOCIATION: Institut avtomatiki i elektrometrii, Sibirskog R
(Institute of Automation and Electrometry,-Siberian Department.* AN S98H)

L 56517
-XMT=N_ns AP5016746
01028616510001010100711*ii:
A11THORSi Kotyukt A. F.; Sheremet',yev, E. V,
TITM Device for measuring a magaetio field by an inductive method. Clue 42,
No. 171123
SOURCEt Byalleten' izobretenly i tovarnykh znakovt no. 10, 19659 71
TOPIC TAGSt magnetic field measurement# tuning forkt oscillator
j.
-INA
ABSTRACT't This Author Certificate presents a device for measuring a owwaotle. field
by an inductive method with a two-channel amplifier. To separate the amplifier
channels and the pumping oscillatort a tuning fork-is used as the inductancemoda-_1
lator. One prong serves as -the vibrating armature in the nagnetic circuit of ltfi~
modulated inductance. The other ong is coupled inductively by an energizing
.system to the pumping oscillator rose Pigs I on the Enclosure). Origo art. has: I
wdiagram. 7:
~ASSOGIATION: Institut av-tcmatild i elektrometrii Sibirskogo otdolenlys, AN*SSSR
(Institute of Automation and Bleatrometryl Siberian Branch AN SSSR)
iSUBMITTED: 29Jan63 ENCL: 01
SUB COMEM
,NO REP SOTt 000 OTHERt 000.
Card 1/2

L 56517-65
ION Mt AP5016746

0 0 of 0 0 & 0 0 0 0 0 0 a
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
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v a 30 0 is v x a a to a a 0 at*
a L 6 1 1 -1- --
TIES -01.
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04 a.- 13. QuOuckki of POWichi6i md Photo- h4maltimatton to

0 Ail. solutions. F. W. SA"kiv
Md
-8 mm 3eia
00 cAimicds, 6. 4. quenching of the
j
duonmence tit rhodamW Getims, in awl chknWbyU
*0 in rela(ion it) the scomitived p=klatioo of Na^ and of emis to
00 j- Eder's cructims is studied 0, quenchm only in the caw of chlorupbylil,
e1111 he quenching producect by Mario, decresen with Increase in trrupwature a**
00 a and with dacmtw to the d;gree of association of the (lye. SO,' pioduces Go 0
the same vilect as S08'. (INUG)OCOO, produces no quenching of Cosin
f1IIUrQdKVnCV; llgCl, 4100S. The CUr%'Cd of the intennity n( the fitior. coo
of
~ c-craite anti the tAtO Of Fdeta reaction against the concentration of
are 13"k-1. Hence in neither caw is there any connection

bet-ven quenching of fluorescence anti wumitmation, of the pboto-mactitm X**
Mch prtxecds by absorbed energy which plays no part in fluorescence.
H. G. C.
*00

SL- -RIALLURGICAL LITINAIIAI CL&%%WKATIO"
Is
-

It a at a a of a 8 ad 0 0 0 1 Iff Is 9A 4 3 6 v
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00

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SHERE1,1ETIYEV) G. D.
USSR/Physics
Spectrographic Analysis
Chemistry - Uramyl Salts
Mar 47
IlThe D~~tion of Static Distribution in Excited Molecules of Uranyl Salts," V. L.
"eVshin. G. D. Sheremetlyev, 17 pp
"Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki" Vol XVIT, No
The radiatiun spectrum of uranyl sulfate at dififerent 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 3 X 10::6
seconds (< 0.01 Xr
PA 34TIOO

tm/ftyfaos Apr 49
Literature
N
"Ifew Books on Physics From the Gostekhizdat'
Popular Scientific Library," G. D. Sheremet'yev,
Cand Physicomath Sci, 3 PP
"Nauka i zhizn," No 4
Considers A. I. Kitaygorodskiyls "The Structure
of Matter" very useful but certain changes should
be made'In future eclitions. E. I. ActiroTich's
"llectric Current" limits Itself to an explanation
of what comprises electric current, what causes
it, and what phenomena arise when current flows.
If'. A. Valyus' "How the Eye Sees" is a well-vritten
a& 59/49T.102
USS /Physics (con td) 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-.)rration, etc.).
E-
rn
59/49T102

USSR/'O-,jt-7 cs Spectroscopy.
Abs Jour Referat Z:nur No 35 1.95T) T83-8
K-6
Author Sheremetlyev, G.D.
Inst Physics Institute, Academy of Sciences, USSR, and Cheiya-
b:.nsk Pedaeogical Institute, USSR.
Title Optical Propert:-es of UF6' I. Absorption Spectra in the
V_;sible and Near Ult-ravioiet Regions.
, L) 1-8
Or ii~ Pub i soektros',.oplya, 195", 1, No 2, J 1-189
Abstract An investigation I's made of -Fhe electron-oscill-lation
sprectrum of vapor-like U._t6 -at a vapor tension -of 5 --
94 mm mercury, and a ~-io=arison is made of this s-.,ec-
trum with snectra, of solid UF6 at various temneratures.
A orocedi-a-e is develoned for our_;fy-,*n~:.UF6 of volatile
:mpurities, makin:- .~t poss:bie to ob-ain transDa-ent
crystals. The ma_,~:1ma of the ab Sorl)t4 Ion bands were de-
M_
termined with ax, '-o 15 c . A -wilde a1bsor-D-
tion band., 11e:-inn"n, a-. --34JA and -_ont-inuin-, towaxds a
Card 0

USSR/Opt;-- tro~-~- K-
Abs Jouc Rz-aferat Zhur - FiLzLI~a. N-~; 3, 1957, '(8-18
shorter waves, ~--nd a b,--uid ir the interval between 4070 Lo
31*','OA -)P -~-eraL wile and a -Iar,,e num)jf~r -
nary-r- 11:ia tuls were a1bsorlit -ou ,ia*,,
f ound near 2',,'.'3L-' ~~m- an(. a s ~-rou..~ one at 266 ),ii, 26918,
27548: 271524, 28i84, and 2340c) cm-i F-i-1jas of soiI.d LJF6
urie re~;! on
aiso absorb., W'th 3341A and in
4070 --- 3470A. At. 880 K one observes an
I _proximately 16
n,-A.rrcjw bariO.3. Tne i-n this ~---ase talres
' 4 ~:!.t r,,Dow, temnerature n,2.,a-,
,)lacf~ ucar
20510-18, cm--L. Or, -U`h,~4 who-le, tiie abs,)rntion sua,,2irum of
solid UF6 is 3-~m-41&r zo the si)ectrum of the vaoor b u
i-s shl.fted towads the shorter waves b. y app-roxi-mate ly
1-i I; cyL.-I. tez TF!6 bas a solid ~,')sorpt.Ton spcctrum.
Moi
with a sharp ion.,~;-wave boundary near 4210A. it --s Cori-
clud-d ttat, the elec"rGn_0S3jjjat4 ng enerQ~ of the
UN moiecule have 9, wa3~ie,~-cut ctalracter, wh--'ch chanc!es
1--' tle as the tempel-&tare ~Iro-ps from rcom tempez-at,,u-e to
Card 2/3 - 77 -

USSR/OpfAcs 0 p e- L vi ocr- ;) y K-U
Abs Jom- Referat Mi-Lr Fizi!-~a, No i957, 78'18
'-80 K, and P.1sc, t-1--at- the -sta r -10-1e:~L`,~x
3 OF-6 c`~ -Ls a e 1-
cr.ystals. It is propo!:;ed U,7~at the st-ructure- of UF6
d3es not --Qr-e-s-j.-)nd fully tto the model of
oct,--.hedn~,-n.
Card

7
709~. 0;;WCAI. PROPERTIES OF URAMUM HEXAFLUQEGi~
-11. PHOTOLUMINESCENCE AND ITTY79PRI07TURE
DEPEMENCF. 9:PAh=Wn--L-P---
Optika I Spektrosk.,' Vol. 2, No. 1, 99-107 (1057). In Rus8tan.
For Ft It see Abstr. 4140 (1957). Twenty bands were obtalned
w2 ed
in the region 4040-4870 A when Folid UF t6 sirroxilat
With Hg Ught (3659(and 3470 A). The strongee~band occurred at
4167 A Measurement of their structure cave an average interyll. I
9 --ftmen Atio"o -treqw-mey ILPIM
b* (it tim -W,*Mr zThd
-_--tranditlia-p -Occur 5--at abouV24540_mm7-_-The dil,4eq
incressed i Ve I iitili~
wuls the tempe-raiure a quantitati
1'. BOV
of excite-4-
ed as a decrease in the lifetime -12te.

013100610
/(,2,/
51051/ t12,0
IV,039 aotov
NIF ce ,Ce
jLoe
,llbet I.XIM t77 Y,
IA" ~ a b79
1-9,02- tile-
(3,ob 0-4 tile (A ctr j~c no. b V.-Vedto
Sie 1: e .. c e Jc b9c ~!3 -,It, Vtosell
at 3.011 tile V. V5, Vto 0 tcetCtile
Lie jec a!3
P113 '4a Ir eder
~ar 3-5 VIC 0 1) 1 J 0 01, e 11 C
,COB JT% fro 'ver'y _V 13
I'L t Vell TI Ct the
t 3.0 .0111, I'd
1.1 a 1. t A. * Y*O -asi. e5bjeCIIe 9t0
,,,t CV. ted V, t et CO C, . t I GtrI
4 C r_e 0" P Ca
ia Iec aeVit 2,1- 3.oll
aq!5O tile f r IS tat
1prod"c' . of a 1.0
ts of t,,r_e e da tJ,t)- a 11
Lec 1 1, jL 9, 01 i.TV
e t i C5 V e Sit' abs.ser J..~.Tje7 jjje
at,~r a'ell
x ilae e)Lt e I~Vse t1l ee0 -f. r 0 t1le
opt' t1le it . C3. Yle IP t all titleA
o nj OTIS OLTe -OTIS
,L,ld-y bal t06
9 elec ctr b ev ry title
b'-cL3LV,5e of 51, e- 11 ebe VIA It3-OSI %I-YL bse oi:
TIL sce"t e- 3ry . t i'as arje l c, e 0a
r t Ij_.O Of y e e t j~o
lie
c3.9
CI,C e tee eof:0 e r:ve 5 r e 9t '-Sa
e
]LVIlmille 0 deqIr " ioll e
TV
t j.0 e0 Ill-
direc . ea. a'M- 9
5r ed*
r 3.13 o,: 25
PO la I v0 10L. &'0
Zero ile j5 0,67.
3.8 ric. ti.OTL
deper,(j e I.C C t EL
-fOl3lo
Plane of eyu 1/2 - 7/E.120 00/02'1/027
electri Car a -aescence on the Posit
tile tln.g -IiL,~ht 'on
second c, Ozen in an e1 n the absence Of the
Observed case ret,~alneo PctrIC field Of an
change bY a t, 5110wed that
t empe -Other autho act Constant, but
of
ra tll'_e a nd in the
BY usin or stwo Electric
r for Orgar.1c
1-50 kV/ctu Olu
autho 9 the ei, ctret c 9a ve a d, ;'Ons at r polarlsation
rs have on _zree o,, pol oom
lut'-Ullescp Obtained d't'On and Shp.,, arisation of 0 j
_ nce at COMPara Ignif i r-IC
b ein Ou tively cant elect - sk'Y's method tile
'g carried Small POlari-sat'
chrYsene and t on Other aromatic fields. Inves 'on of
SU8MITTED: 0 thers ) . hYdroc,rb, tigation, are
[Abstractor I"ne 19. 1962 n8 (PYrene,
ts note: Abridged transla tion.
Card 2/2

L~34543-65 EPF(c)/EPR/EWP(J)/EWT(1)/EWT(M) PC-4/Pr-4/ps-4 up-W/~PL
kWWW
ACCESSION NR: AR5000788 S/0058/64/000/010/DO52/DO52
SOURCE: Ref. zh. Fizika, Abs. IOD404
AUTHORS: Valldman, M. M.; Sheremt1yev, G. D.
frozen solutions of fluoran n
TITLE: Luminescence spectra oV the
CITED SOURCE: Tr. Chelyab. gos. ped. in-t. 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 quasilinear
structure. The luminescence spectrum consists offluorescence and phosphorescence
sections located in the visible region and separated from each other by an interval of
2, 750 cm-1. The relative'stability of the phosphoroscence spectrum, and the long
duration of the afterglow, offer evidence of a weaker. influence of the solven on the triplet,
Card 1/2

u - - --L - - ---

c, n

1, 46~j~i_---66 E,',-f ~i;F
ACC NR, AR6017253 SOURCE CODE: LTi/c)oi8/(,-,/c-(,o./012/DO65/Do65
YJMHOR: Val'dman, M. 14.; Sheremeb'yev, G. D.
T=-: ST)ectroscopy of
SOURCE: Ref. zh. Fizika, Abs. 12D547
FEF SOURCE: Tr. Komis. po spektraskopii. AN SSSR, vyp. 1, 1964, 459-467
TOPIC TAGS: phosphorescence spectrum, fluorescence spectrum, organic solvent, low
Lempi.-rature research
'nie luminescence and absorption spectra of fluoranthen (I) and rubicene (I:
in ii-Parn.ffinr were investigated at 77K. 'The solutions of I disclosed phosphorescenci
~'!'U~)rescerce spect7-a with characteristic quasi-line structure, situated in -the
rerion and separated from one another by an interval of 61C)0 cm-3. In differ.
i~11" r'olvents (liczane, heptane, octane, nonane) the phosphorescence spectrum of I pos-
se_,,.~es a strongly pronounced stability, this being attributed both to it lorig duration
,"terrjoi U
-i an(i to the relatively weak influence of the medium on the triplet levels
f1uorescence spectrum of solutions of Il can be regarded as a result of a super-
of two identical spectra, the displacement of which relative to each other
~IQpendz; on the nature of the solvent. In all investigated solvents, complete mirror
~,yn-4~iAry of the absorption and luminescence spectra is observed. A -vibrational ana-
ly~~iS of the spectra has been carried out. (Translation of abstract]
'_;iF CODE: 20/ 07/
Cnr-i

GREGIIEV, M.A., kand. ekon. nauk; KLErr.ET, O.G., kand.ekon. riauk.;
TARASOV, K.S., kan--;. ekon. nauk; DANILEVICH, V-V.,
doktor ekon. nauk; YURLOV, A.F., kand.ekon. nauk;
ONUFRIYEV, Yu.G.; ROVIANOVA, Z.I., kand. ekon. nauk;
SHKREMETIYEV, I.K., kand. ekon. nauk; SHULIGOVSKIY,
A.F., kand. istor. Tiauk; KALININ, A.I., kand. iurid. nauk;
AV&-UNA, V.Ya., doktor ekon. nauk, red.; BAYKOV, V.S.,red.;
KOVALEV, A.P., red.izd-va; KASHIIIA, P.S., tekhn. red.
[Scononomic Problems of Latin American countries) Ekonord-
cheskie i:r,--b)em-y strap Ameriki. Moskva, Izd-vo
VI SSSR, 196). 511 P. (FI IRA 17. 1)
1. Akadei -.4 va nauk- SSSR. In-Utut mirovoy ekonomiki i mezh-
dunarodi-,~,'.',: , noshp,,.-,y.
) T

POPY'l, V,V.; LFONOV, V.T,; SHEREMKIYEV, K.G.
L-w-- ,
Experimental study of the 3tart characteristics of devices using
semiconductor resistances. Sbor. nauch. trud. EINII 1:1'-~-162
.111
163. (MIRA 17:4)

J.
c, -n ines
-e
-il. ion i of
Sc: Aerrrautical Sci nces ana iivi. t,-,e ~'OvJet Ilicn, Librar
.1 - ie

z
S.
IZ, i-'!;-',
L,:n in a1.7-
Se: Aeronautical Lciencl~s and Aviation in the -'ovlet 'unicn;k LL)rar-y of
Uoq,;ress, P~51'55.

V :.~iJ i:
SC: keronautical Scicnecs and iviation in the Soviet '.j'n-ion,, Lforary of
Conc-ress, 195C

DAVYDOV, Yu., kandidat tekhnicheskikh nauk; FOMIN. A., kandidat tekh-
nicheakikh nauk; SHMIEUVIEV, M., kandidat tekhnicheakikh nauk.
Testing air conditioning systems in passenger cars with centra-
lIzed power supply. Khol.tekh. 31 n0-3:11-15 J1-S '54.(MLBA 7:9)
(Railroada--Cars--Heating and ventilation)

SMU-MAT'YEV, 14.,kand.tekhn.nank; DAVYDOV, Yu.,kand.tekhn.nauk
New model o-f an electric resistance thermometer. Khol.tekh.
33 no.4:26-27 O-D '56. (MIELk 12:1)
(Thermometers) (Air conditioning)

KORAROV, S.G.; KITOV, A.N., inzh.; DOROFEUV, V.G.; SHFdMMETITEV,
. ., re .,
M.A.; FOMIN, A.A.; KOSAIIEV, A.A.; SA~RANTSEV, .
VkRINA, G.P., tekhn.red.
tHandbook for the repair of passenger cars] Spravochnik po
remontu passazhirskikh vagonov. Moskva, Vses.izdatel'Bko-
poligr.ob"edinenie K-va 7putei soobshchaniia. 1960. 631 p.
(MIRA 13:6)
(Railroad8--Passenger cars--Maintenance and repair)

RUBlNCHIK, I.M., kand. tekhn. nauk; SHERIYITIYEV, M.A., kand.
tekhn. nauk; SAFRONOV, D.I., inzh.; MAYEV, B.N.,
kand. tekhn. nauk, retsenzent; FILIPF(YVA, L.S., red.;
VDROBIYEVA, 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)

SHEREMETIYEV, M.P. (Llvov)
Effect 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. (KLBA 7:10)
(Strains and atresaes) (Blasticity)

- P.
~;-" ~ t i -:1. ~' L7.1 , ,:.
r)FFO.E.',VrI0NIS (MMIANICS)
Stretchir.; of art infinite plate writh a ring soldered into it, the survace of wUch,
together with th~-- sur-f-r2e Df the plate, is depicted .4- ;~ circle by means o--- rational
f ut-ac U on s .~Tauk.zap. L'viv. 12 No. 3, 19119-
Monthly List of Rur~sipn Accessions. Library of Congess, November 1952. UNCLAFSIFI--~D.

i. L", ~'. 1* .
2. (6t',O,'
14. ----"Iastic Tiates and .3hells
7. 2endirig, of thin pl,-tte. ...,--'th reinforced ed,--s, Ukr.rnat.7.f,.ur. 5 ro. 1, 1952.
9. Monthl List of Russian Accessions, Library of Congress, ~.FFUL - 1-953, Uncl.

USSR/Physics - Elasticity Jul/Aug 52
"Elastic Equilibrium oi an Infinite Plate With Enclosed
Absolutely Stiff or &iastic Collar-Plate," M. P. Sber-
emet'yev, Moscv..), Inst of Mech, Acad Eci U-S',71S
"Prik 11,1atemat i Mekh" Vol XVI, No 4, pp !-.37-'-48
Considers 2' cases of elastic equil of an infinite
plate on the r~lrcular 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 "he plate
and the imposed "washer" are not circular.
225T88

VS-eremet'ev, M. P. Bending of thin plates with reinforced
boundaries. Ukrain. Mat. Nrnil 5, 58-79 (1953).
I (Russian) a
The paper gives a formulation of the problern of small
,transverse deflections of a thin elastic plate reinforced along,
the edge by a ring whose thickness and rigidity differ from'
,those of the plate. The middle surfaces of the plate and the
Ting, in the undeformed state, fie in the (x, y)-plane and them
ol~ 15 No. 2 'cylindrical edge of the plate is welded onto the ring. The
Feb. 1954 plate so reinforced is then deformed by forces and moments'
distributed along its edge. The state of stress in the interior
]WO-rites ,
of the hornogericons and isotropic plate is thus determined.
:'by t)vo analvtic functions (pi(z) of the complex variahle
z=x-riy, which satisfv certain conditions along the contour;'
.of the weld depending on the nature of the reinforcing ring.:
'If the ring is so thin that it behaves like an inextensible.
curved rod in the Kirclihoff-Clebsch theory of thin rods,;
it is possible to (It-ditre divappropriatc boundary Conditions.;
The author calculates the functions pi(z) for In infinite,
~Pfatc with a circtilar hole when the plate is deformed by:
,the application of constant bending an(! twisting moments:
at a great distance from the-hole and when the ring is free
,of external loads. 1. S. Sokolnikoff.
AA

t- N EN r- F T F- v Y-1 -r.
Afathematioal Reviews
Vol. 14 No. 11
Deoember, 1953

f
C-i Seremetev, M. P. Elastic equilibrium of an etUptic ring.
Akad. Nauk SSSR. Prikl. Mat. NIch. 17,107-113 (1953).
(Russian)
The author investigates a ring bounded by two confocal
f ellipses, the loads being applied on the boundaries.-K. Timpe~
[Math. Z. 17, 189-205 (1923)] solved the above problem,
butLM usheli4vili [Some fundamental problems of the mathe-
matical theory of elasticity, lzdat. Akad. Nauk 55,911,
N1ow:ow-1--"-,igrnd, 1). 231; these Rev. It. 626]
1049,
pointed out that Tinipe's solution is incorrect. The author':
gives now a correct solution. He uses a conf6rmal mapping
method presented in an earlier work [Fzrain. Mat. 2urnalf.
1 1, no. 3, 68--80 (1949); these Rev. '~, 886]. A numericaff,
J.
example of a ring with given confocal ellipses as boundaries,
and the outer boundary compressed by a -constant dis- _'i
tributed normal load illustrates the use of general formulas.
T. Leser Ky.). 0: "h

SOV/124 58-4-4405
Translation from: Referativnyyzhurnal, Iviekharika, 1958, Nr4, pl02(USSR)
AUTHOR: Sheremet'yev, M. P.
T IT L E: 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 beskoneLh-
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 rigiditv,
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

EF-L-U-I-TT I YEV . M .11 , (L Iviv) ; IM;,T~-.-IJO-111CH , T .'-. (11, 1vivN
I .
Bendiir of nn infinite I's wit;% 9n elliptic hole frnuxd ',,./ a
thin PInstic ring [with :.-I"Impries in Russian and Enrli::h.). Pryk
mekh. I no.2:140-!46 Sil. ('4LRA I c: 9)
1. L'vivskiy derzhnv-,i-Iy ini-rerEitet.
(7.'aztic -,,Ia:,.ep nmd shells)

SOV/124-58-11-12993
T.ranslation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 161 (USSR)
AUTHORS: Sheremet'yev, M.P., Khtebnikov, D. G.
TITLE: Elastic Equilibrium of a Halfplane Supported Along the Edge
(Uprugoye ravnovesiye poluploskosti s podkreplennym krayem)
PERIODICAL: Dopovidi ta povidomtennya. LViV5'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 tong, thin, Jastic 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 section 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 1/2

El-astic Equilibrium of a Halfplane Supported Along the Edge
+ Cso
I'rr for, t n W
SOV/124-58- 11- 12993
+ cc f "I (t)d dm
G f + f (x) _F2 a 9 (X) = q (x)
2 Tr-CO t - x dx:
where a and P are certain elastic constants of the halfplane, and G, and G. are
the stiffnesses of the rod with respect to tension and flexure. By expressing
q(x), n(x), and m(x) in the form of Fourier integrals, the authors obtain implicit
formulae for the solution of this system. The Fourier integrals representing the
solution are convergent only if q(x), n(x), and m(x) are absolutely integratable and
if, in addition, Li(x) and m(x) possess an integratable derivative that is finite
everywhere.
N. A. Rostovtsev
Card 212

SOV/ l?-4-58-7-7911
Translation from: Referativnvy zhurnal, N/fekhanika, 1038, Nr 7, p 88 (USSR)
AUTHORS: Tul'chinskiv, V.I. [ Sheremetyev, M.P.,
V.I.j
Tul'chyy,
TITLE: Some Aspects of the Flexure of Reinforced Plates. Part 1:
Boundary Conditions (Nekotoryye voprosy izgiba plastinok s
podkrepleniyern. 1. Granichn)rye usloviya zadachi) [ Deyaki
pytannya zhynu plastynok z pidkriplennyarn. 1. Hranychni
umovy zadachi I
PERIODICAL: Nauk. zap. L',,,i%rsk. un-t, 1957, Vol 44, pp 29-39 (in Ukrainian)
ABSTRACT: An examination is rnade of the flexure of an infinite aniso-
tropic plate weakened by a hole throutih it, the rim of the hole
being reinforced by a thin ClaStiC isotropic ring. It is assumed
1) that the middle plan(! of the anisotropic plate is the plane of
elastic svi-nmetrv, 2) that the contour of the seam formed bv
the juncture of tl~e plate %vith the reinforcin!.' ring has a contin-
uously varying tan-ent, 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

SOV / 12-1-58-7-791 1
Sorne Aspects of the Flexure of Reinforced Plate-s. (cont.)
V 1(z I) and IPZ(z)) of the complex variables zI =x ~ /~Iy arid
~y I whervill /0, ind /P2 are the complex variables character-
z X i /U )
izing the anisotropy of the plat(~'s material (should the material be isotropic,
then /U I ~ /1? ~ i and zi - zz ~ z ~ x ~ iv) I frorn the four relationships
obtaining on the seam when values are given for the bending moments M. and
the torque moments H. acting on the plate and for the bending moments
. y
rn~s) and shearing forces p(s) acting on the ring. From the boundary condi-
tions thus obtained for an anisotropic plate the earlier-found boundary condi-
tions for an isotropic plate are arrived at as a particular case. It is deni- i-
strated that the four relationships obtaining along the contour of the searn can
be reduced to a sincyte relation ;hip linking the two desired fU11Ctions - I(ZI)
n
and ~V?(Z?). For the case of a circular hole in the plate the solution of the
problem is carried out to the end, i.e., the functions and are
arrived at. The article gives no nunierical results.
G.N. Savin
-ii
r
Me t
Card 2/2

SHEREMETIYEV, M.P. [Sheremotliev, M.P.3; GRILITSKIY. D.V. [Hrylytolkyi, D.V.]
"Anisotropic plates" by S.G. Lekhnitskii. Re7ioved b7 M.P. Sheremetlev,
D.Y. Hryl3rts'k-yi. Pr7kl. mekh. 4 no.4.-471-472 158. (MIRA 11:12)
(Elastic nlates and shells)

SHEREMETIYEV , M.P. (L'vov)
Banding of an infinite plate weakened by an elliptic hole
having its edge rein-forced by a thin ring. Inzh. abor. 25:
51-63 '59. (MIRA 13:2)
(Elastic plates and shells)

SHEREN.ETIYEN, Mikhail Petrovich; BLIKH, V.V., red.; SAILANYUK, T.V., tekhn.
---- ----d
re
[Plates with reinforced rim] Plastinki E podkreplennym kraem.
LIvov, Izd-vo Livovskogo univ., 1960. 257 p. (MIRA 14:7)
(Elastic plates and shells)

- -SHERRIET I YV-V,.M.P.;.GRILITSKIY, D.V. C:~ylyts'kyi, D.V.J
Elastic equilibrium of a flat rectangular plate. Fr7kl.mekh. 6
no.1:109-113 160. (MIRA 13:6)
1. L'vOvs~d7 90sud-stvennyy universitet.
(11,
~jstlc plates and shells)

SHEBMETI)2~14~P. [SheremsViliv, M.P.) (L'vov); KHLEBNIKOV, D,G.
--------[K~i-iebnikov, D.E.] (Llvov)
Bending of an infinite strip with a reinforced edge. Prykl.mekh.
7 no.2:212-126 -161. (MIRk 14--4)
1. Llvovskiy go8udarstvennyy universitet.
(Elastic plates and shells)

STE:0, i-ITI YEV , PM .; YARkMA, '~.Ya. ; 1,1111`13NIKOV, D.G.
celectinr -.;ptimurr; -~,.ape for a circular -,etal-j,lass
I i f(I
. lau c~, .?.a F. , I!,%% A.' I. Ser . min . j n r) . 7: ~", ~ - 1 Cri
( "'d?-t I -~ : I )
(Television-1pparatus and supplics)

B/879/62/000'000/011/088
D234/D308
AUTHOR: Sheremt1yev, M. P. (Llvov)
~Problem of streBB functions in the theory of shell
TITLE:
SOURCE: Teoriya plaBtin.i obolochek; trudy II Vae8oyuznoy konfe-
rentsii, L'vov, 15-21 sentyabrya 1961 g. Kiev, Izdo-vo
AN USSR9 1962, 109-110
TEXT: The author fomulates, without proof, the following theorem:
A necessary-and sufficient condition for the static conditions of
equilibrium to be fulfilled, is the homogeneous condition of equi-
librium and
-4.
R(B) cos/L + R (0() Bin Rt
sin + cos
Q
t (2)
Card 1/3

3/879/62/000/000/011/088
Problem of stress... P234/D308
where is the angle formed by the vectors t and Then the
(JB)
problem of finding the stre.se function reduces to that of making the
integrals
AR
)do( + (BI )dB 0
Ltdsr
r)(R de doi +
~tds + t (13)+ -Y ~rxo)
+ (BQ + rX BR )dB] 0
P-) (00
equal to 0, and two functions P, K are introduced by
AR( BR
Card 2/3

Problem of stress D234/D308
UAQ (a) +rXAII(,B)] --
'6 Y,
'X BR -i = -6-
EBO (,~) + r
The first function coincides with that of Golldenveyzer and Lurlye,
the second does not; consequently, the function introduced by them
for the moments. does not make the integral (4) equal to zero.
----card 3/3
-----------