SCIENTIFIC ABSTRACT UFINTZEV, V.N. - UFLYAND, YA.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857820008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ul~ 7:-, C- c
;n
I'G.rl the rllc~icrl of nci-r c-
of th-~; ;.C"Ai~n ri b- V N U i", r z ev
cl-I the ,,. I ,
SO: Journal of -.'~ener~.d chc- , si~l:v Vcol,:-c- 1(,, Ro. 7

00 4
00 f
0 Ott
60.3
000
Hf
00,3
00.
Of 9
F-C-6- O T f VO 1W ~
*0
is 12 11 4 V Is b It 2 4 to 4 Is V N 0 -6 0 0 13 14
_-L-A-A1, --A

posit aft"A"I 04 "attak "W "Ibir V ?4
M -
A
0
"
- -
".0. C
Oc 1
1
,
Ph I upon heating to 24W untirtgo
h
f
1
e formatiots o
doeompn. with t
1
40as 2-COGSOMe 2,7.
and other products. The Na salt Is quite
-stalge Inuirr such trrAttlwnt and its decompti. ran be
acwlerAtedhywtdn.otl"f.,(,P(horIfOh. Thefornu.. .0 0
lion of the disulfonic &M excludes the intryWtation of
-00
the reaction as a rearrangement, Wher, the mechanism
Of such decompns. ("rearrangemcuts" of sulfonates) .100
would involve splitting off of ltpSO4 a dreptateld: 711na/
t'
tion of the am. re idue m-sultins in ancCuMulat -
HIC"t i(AbIC SU1100AIrS. I-CO161"INA (10 g.1 and &K.
Ra* lb
6
=00
CON wrtr rvf1uxv4l for 2 hm., after which the hydrocuriltmi
'
-A, vxtd. with 11.0; the ext. contAbled unreacted
millanate. Adda. at 11~ either lf.PO. ar ZGSO, caused the =41110
f4winatian, under analogowt conditions. of soutu amts. of
900
7
11,SO., aud of I- and 2-"ItSO,11. However, when .
10C. 0-Crsllt.SOdiB3 was beated undera reftzcoadenser 600
4 hrs. at 23G-M. much C*114 subliumd and the residue
0
Aniounird to 8.1 X.; estn. with water left 1.25 g. iniol.
while the aq. est. showed the pretence of coa.
1
7
bl
d M
S0
C
11OXII
2
C
1l
l
-
-
an
-i-kra
e 1
t*
.(.
C,
&l
.
,
)g
(cletd. as the 2-naphthylAminc salt ); I-C,olf,"Ayl was
AIMCIII. The Ph salt decamp. AmilArly, but much maer see
4owly than the Ila salt. G- M. ROSOIAPOff
A I a -L A 41TALLORGICAL WERAIGNIC CLAIRFOrAlION
saftso .4 Isla" .010 o1v 4C 1131421C.C1 ivill, 4 F." ass
I 1,r Ir Tr 'I
$A I 1 5 ad so A so I IF It
U SAY 10A11" It IP Of a YA
0 '1 '~
0 0 0 3
a 0 D W9 010 0 0 00000 0 a 0 '09
a
Is

I All$ is Mrslavvivimina" At ai*C9

a I, I I I x ',", 't' '
r
IL a r. d a I T JL I
'L
090CItSIS AND PSOPINT1111, -Of- 00

00 A
JA R6UMS C0111powds. VU. Action of phaylbydriziii -00

0
l and Godlizin libuffite an naphthol azo ay". V. N., -
Vdintsev, (C
ntir
Ilt
la
iod I
fit
d
A
d

a
00
so C .
e
a
r
nst..
.
ca
e
. Sci.. Maq-
raw). J. Celt, Chem. (U-S-S-R-) 16,
-00
cf. C.A. 41, ~M(V-Tbe reaction of 111thill.1411, in the
f N *0
o
aIIS1Lh with IX 2. and 1.4-PhN.C*JWII
=Inct'adducts
ields K jalu of :
y
2-h"rkjdrasivv-J Y-dAydrit-2-nopkkalexesalfoxie acid
N
k
f
i
f
i
ld
f
l~
~
i
094 e
it
-1.1.
irti. y
a :-p
eysyl
th Nall.S0,
or sc%vfal
a
(I
I-Ako#*;
1wx.YlAydratixo-1.4-dikydro- w
rasono4-r
-%
culcklev
4 - julf-owle (VI)
A
4
k
l
id
ge -na&
a
istriu
,
fenic ac
r
reip.; the ~"ll group in
.
V I-
.-Adll
o
s
Alto
obl
i
I b
ll
11
I
0)
,.
A
-
s
.
r
t
l
" (
,
y
y
hfte comptis. is labila to alk. reagents. The Na salt a( urci
1`1011 0
d 11)
t
f 0A
III i
lu
Ft
0
t
" also
eed cc,
ce.
rea
ment o
1l
"
a.
j
he lAsulfite coulpd. of 1,2* PhNiCIJ1,011 (1.0 it,), 1,0
10
d 10
Hiolt
i
h
5
N
N
f
Ii
it
cc.
0.
&
vc.
o an
t
(h
C.
,
g. PhNI1,411t.11CI, 16 cc, 110, 10 cc. 951,"o HIM, slid 8 w
'l E
d b
5
d
I
l
O
d zoo
cc. conc
. I
it 33 cc. 3u
t
lf an
CI
y
cc. Nli4fli% tioln. (d. t.37) followe
were heated on a stem bath '0
0*0 4 firs.; after standing overnight, 2-04 g. of a yellow crywt. finally 41) cc. 11A The Na ialt of flit b6tilfite addu" of
80 "'
4-I'hN
PhNfIN11
llcl
1
C
IW1i (11) s
xv
I0 g
d
t
1
b
i
)
d
i a**
004 .
.
,
i
,
,4
"
.
uc
) was o
ta
,
,
ne
wh
eh, fecr"td. front Ila tv.
1
(
1`0
95% FtOlt
i M
X11
11S0
lf
O
A zoo
cc.
, ant
cc.
n.
. s
r
4
,
11.0. 150 cc. FjOlf. 1.3 cc. 11211, anti 10 cc. satti. KOAe
r
s
nrl allo
d fit
t
d n
lli
f
1
fl
d 4 h
ht
37)
(
wee
00460 . s
wc
.
.
e
uxe
t
s
an
ivri
.
g
.
was intensely yellow, filsol. In "It* anti firt.0, I.
,I

011 M011. Spajingly fol. In 11,0 aild a1c., on bratiul in yleldt-d. after rrym. fr-it 1111) L1011. k~a wd.
Stn;
t
l
litos
HIM in the presence of alk. it brcaks down into I-&xyl- KOAc "a.. 3 g. 1101, anti charcoal, 2.68 a. . a
'
*itb 50% E1011 in
in
d 30
il
b

U
.
m
o
e
, coforlem necdk-s; 11
133.2-3.8
in
'N'
K,
())I f2Yr
f
i
d
k

% a
_
.'
al
, sult
int.. the pfe~cllcc o
fir Ill --qfg an cartling the reawtion in
olivir"tti, hoill NA12VAI if luillk4 It,4114ttlets Ill, IM-A"; 1511.7-1.31, r"t-birown pilio-,
tit4lA fit UP, Witt, 41% k"11, And FIX1, di"t, ."Itty MA. ill
thi. ill 6 o fit to) ve, M'0 sliO .141 v" W1611 goo
,
with I g. NaNLh lit to cc. 11,0 anti &)cc. ikl-~ Ett)IJ, then li'mil.'shith %%% oNi'46"n %,o it; 110 (ir-" IMA a Oak
concil. ffQ in Wee. 247, hfOll, folk,wed gulit.) gave
by,300c. an cqqdfr".
'
W

O
(from FtOli)- 1. ACA
J-m.7
11'0. yielded 0,41 g. (IV), tit. 14.14
M. 130.2-40' (from the emlic, mixt.); *Itiod. bill.1fitir an dy" dvived from i-anlitbal4-4attonic add.
InAr lit dii. U.S0. It yields IKWQ.--Thr Allj'jk~bflily -4 flurbeftr rule U.
m1pAilhaleive (V), or. It ro)"~~ V1011 e~akt. Chew. (2) 69. 41)(UNW) to the erilctilivis of %a-
A##.OLA jdjALjUs$jC&L LlIffiATtall (jA$WKA1ft
view vdwi" wee
Islas* .19 Q.T Ott I

U IS & if F I I I a 1 11 'A L 1 0 bit 0 0 a I W a A 4 > I I,
AT, 10 0 911, a 10 1W U a a a a 9 a a If ipa if 1,
0

- - - - - - - - - - - -
a 0 e 0 0 9 0 0 a 0 0 a 0 0 6 0 0 0 a a a a a 0 a 0 0 0 0 0 0 0 0 0 0 0 0
to
00 00
*0 S* R_ 00
.4 . .
so
PF i
00 00
Big
00 .14
pff:4
g.
00 7-41 .4 S' & -
Foci a O-pq
r Rj
CHR
A 94
0 is 04 a v
2 pli-SIE'S. t3 , `- Ure-"
Wig -a~: so
00
00
00 00
P R~
0e at WB~_ P.244%?
;Nhi I.Aulls 1 1* CT , 1 00
00 1 u U~X-l
jr 1!,ff llq.~ .4zk L 1 00
oe 71 Orl-l'u'l ~ 2. a V :, G
= - CLZ
~.5g - i 1- 00
41
di.-T 00
I
00 9
ITT
zglm~.. w
zR;.
00
0e
-.0 0 A-0- 0 6_9 ffi 0 0 0 0 0 -0 0, 0 0 9.0 0 0 0 0 0 0 9 0 o 0 0 0 0 0

.7;
a**
0019
002
a a
0o"
0003
094
0 O'W ;~i
004

0 0 * 0 0 0 0
*11 1.0
to so 11 U 0 14 X
it It 9 yy a it
Q a OL1
I
it I It A. a t - I a k A
~
jl--F~ ,1111
!A-, "r so
----------

^
The actim d pamsgium hydroxide on 2-inothyl-1.4- 00
ulaoste-3-stilloalc scid. The mechastiam of the -00
X. V. V. Vfiuttwv. COMP1. re"d-mut.
-
111. U.S.S.S. 31, takes ISOUC with 111C 00
mechanism and produat "tulated -00
at., C.A. 33, 332.51-1, Gir the r"Ittion
(1), and fm Men *0
irm-rpretallcm .1 file 111tvIla"Jim tit actiiIII if vilamill K. .00
Accurding t. U., KOH ald..trtm (lie 2.341~"Ifilv twit'lof
I to*lda product contg. I mol. 11,0 more thati timeo(s., 804111
and havin; thestructure Cjl4.CO.CNIc(OK).Cjl(1*A)sK).- o (P
CO (U). U and 9011 yield C lI"C(OK).C(SO'K).CO roo
=00
(1U) CrYOX -with I mot. 11.0 fmin 50% MOIL A miln.
of Ili uptin ~cklirbcaliott with IiCl to" Its igitcow ydlpw COO
color to "d cIAm*m crystab of K 1,3-djazo-2-indAn,ul-
too

Ill. M + 1104111 + KIM yield the tl~mitnc tit IV, Are 0
light-grmn need1n, sol. in HrO, slightly mJ. irt E1011.
I?flwin S-iferk-
1 (-~'JTJ MAI(
S L A DETALLUROKAL LITERAT1161 CLASSIFICITION!
vion,
v90
Woo
!10 0
t3of
;a- cl;
amw a*1 III
It
is
17
0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
'OTOO ": 0 .01
00004060000000***00*0

*0 4
e0 4
00 ow
U is U a U a n a
0 0 a *IG,

bonding in actrwilidat derivativols
S
R
S
53
d
d
U
C
to
.
.
.
. its.
.
. aca
,
V. N. Vf4fptxx,.,
amr. F*n
131-40MAn irrvich .-The la.p. of d-CIC4114NIIAt
*0
(1) is.,*)20 lower than that of its ums (11) and paril Ntiner
(111) bemuse of the presence of siat Intran". If bowl. .00
The Up. of 16 higher than that (it 11. tahile tile Lp. a)( o-
000
CIC411,NNIcAc (IV), which U:L4 no ititraimal. If liond. i,
inuch Umvf than thAt Of its RUCtA 60COCC (V). -rhk a,
contrary tv the principle ul 21Wgialick (Einlroxic Da,,,wy
1041
of Vulexey. thiford (IVZJ). p. 147) that intratmol. it Liond.
ing (rvwts in a lowering -if the I.P. CANW(feratiou of a
Wife no. o(sutntituted benzenes in which the m.p. usuldly
ISO
incrt-Ases in the order ortho. tacts, para, whether or taut
intrainall, H buinding is ptesunt, likewiw lermis no support
to this concept, lit the fint phase of the nwthylmimi all
0
the ivniscric chlurouvtmanifilics, obt:ainctl by the fract4m
of lite currispumfing chlorounifit" with Av,0 in IIOAv
me*
milli, (ThiclepiLpt: and Iluble, C.A. 29, 4# 141), lite ijiter.
ramlwt. Na wit w" 1witat"I. Tit,- anuinalt"y high ~Ay.
..
ar
1`0
lle
te
tile
l
e I
ht
i
l
4
W
f
vil
ni
ta
v
%
ll
u)
s
t
(alloot
1,11 4
t
xy
j
"
1
4
;
rum of lilt itar.4111.4. all" A lkml. 1. 1 ul. 9
11 blo S31-8-14', tit. 70: lit th. tit. ly#)'. goo
IV, vi.%-jut liquid, 13. t4ti-!W. 1,,. 2175.043% V. rev-
toingillair Platt,. b'. .5S-4.5'. tit. W-1-2.6% 4-chloro-
Tholtabil: crystall, ba b?'.
2M. 1 -5.9', tit. 90.9- 1.5 Arthur A. Dulnick see
111VIA&LOWAL UMAIWI CLAIWKAIM
moo
too
W 0
C_MV=-W= goo
i
21im
a" Ali---
n
OT40:1
goo 00 0 0000 0 0 to
11i- -

j 4 1 11 1 1 1 W it 11 11 14 is Lk Iris lVW!jlZI 4144 -Ij U 11 11 4 11 r i,, At '; 41 d
x J A A -1.
lbactwe and pistatillkl4al activity. VII.
00." Sluthsob of psludrins. A. F. Ikkhlj ,V. -41t 0
and K. S. T"chlev. Ziuf. -Oft
09 Client.) 20, 601-4(1947); cf. C.A. 43.2W/.-4-CFjpl'..
00 it N111 (37.4 C.), 33.7 mi. cooed. IICI, acil 24.7 s. dkpm- -0 40
diamikic heated on a steam bath 4 hn. give 62.3 g. I-
00 Al 3:;; M. 230.154.2' fron2
of jj7;:'! water); frov Mi* (by addn. of MkOll to the af~~' M. -181411
1200 (from benzene), gives on long drying and secilins JlCJ ovrr I hr.. let jUnd 0.5 hr., 4d evithl, in Weve,
00 the "k form, m. 144 % less sol. than the labile form then sulded to 1 1. 11,0 at 401 andalct stasW ovei Ight -00
0 above. Tfic stable form (3 x-) heated 6 lirs. with 6 ml. gave 11.4 g. 1-(4-thitwoph4rolyi)-34yugotuanidine (tj): a**
111. (from Water). U (3 g.), 2.3 g. istk-PrNll,. 00
Iso-PrOll and 2.5 x. Iso-PrI gives 0.9 g. 2-isopropv1-
00 '3 Alor Atay[)bigW4Xidt-HI, m. 215'; fire bass C. CuSOo. and 30 mi. water after 14 firs. at 100-5%
1.(#-(
00 a t". W (01torn heptane)- mQau-MCI s4k. m. 2l3*.(dIi-- ret stand overtilght, anti filtered, gave the Cu comp r10 0
IICI 1411. tn. 191 . p-6WI,N'lls (40.3 g.) diazatiml WhICh OU SUSIMI)SIOn IJI Water anti INS treatment, followeri
00 a in 125 mi. 2V'. IICJ and 2Y) ml. 11.0 by 28 g. NaNot ~y filtration, XAVC 1.4 g. of 'he frio paludyinf. us. 1.30' coo
-yandi3mide (frons .1i]. U611); the sailic pr,,duct iA aim) A,t4incd in 7,
O*V in 2W ". ire water, treated with 40 X. dk zoo
in 2 1. water anti with 240 nd. 20% N and L71-9. yielil when 2.6 g. H is trittiratell with 1.0 g. -
40H. let at i"j
00 :1 PrNII&CI and then heated 3 43.
HCJ
several minutes, and neutralized by 300 ml. 1:1 to 150-WI, full..e'l
0* x :i! gave 89 g- P-C7Cff.VNIIC(:NH)NIICAV brown solid; by suits. in 50 fill. 5ff licl Aad 2:1da. of alkali to the
filtAile. I is less to2io and less a
i this M g. in 90 mi. Ec.0 satd. with woling with iM4kilial tbin palu-
drin.itself. Paludrill3efOrlm with CuSO. in alkaliamni- C:00
t Ple's CU Salt living &L r""ViOltt 1101111, ill ClICII; PAJU-
Nll drine It lkydrtAyzc,i to p-CICJ I.N1 1. by Impiling I hr. VO it 11
40% NuOll. G - hi. K.
A-1
4EVAL,UVWCAL LITCOAtURE CLAS%SPXAIICN
L t-149 00
T-W _0 W-i-i"i -T
u- a
t' if is JW a a if a of ff is it or 'W a it"
oooooioooooooooooooo*0000fooofooooosoosoos090
*
T: 000'0 *1** 0 0 000 00 0 000 a 0-0-00 000 0 0000e00 of 0906 *go'

4
111JIM" Ids mum]
4 is P
6
j
4
,
0 6
.
-
A K, L a 1. P 12 a .-A A 1
,
,
1.
' 1. C, P We 4
actionts of resteirc!" Clin , ., -(:J1.(,%
undes
M Re
m
A
8L

.
l
to
po
0
0
with blitellfits. V. N. t1fineliev. Ater. PriAlad. KA' -solve (1.1.32) 12hJ`S.9AVr4fl.5g.
00 1). A& filled Chriffi-3 20,~j jWI2fM(I94j); C1, CA. wid (111) (41 X41 fall). Inaltelf
41,
'
'
i
ptrit. by 141
r AcOK; the ftee
In 3% IICI all,[ l
-RmxcijjW braled with a soln. of Nall.VA'h -
W3a.
00 fr., yellow W414
U'l, its alkah
'
isitifeletreterk. limilioh
=
.
,
the lrl-
Nd -Alt-( 1.3-dohydroxy-1j,
%
00 'A d4#4 (1). *hkli I% trattilly biroken down by alleali to 3- Santi dil. I lielorlil nebl*, leesol, In water; its 41 00

-
00 ic um-W.Ste,"Va (11), f4e.0frinol (111, X1 att'l 10(k) ml. Onmet Ae,0 In the litrewtim 44 KIWI, Irflaw'Irr-n i"llpf, 40
firetl of -1111fite sn't A. fit alleali, Ituall. ill ACWS; lid SAU Ul It. VVI14M latilli%.
%411W. will. (d - t.32), Wiled 22 his. -00
,
oo sulfate isms by lia(VAt-4. fillirtril. rv4lwl, it) iiiii) nel., anti 110 sall. ittry6h nos,wph,,us (by rvaln), of,ld, IICI -Alln l
-
00 Z" tmated with 11. 85% Retell. Vittle 242.8 a, I (after reppla. File ilia I foll or III le,111IN 11-an a Ir-4. lum AIIA"ll-mv ft) fit.., 00
*~ as alewic). I Is quite stable in neutral ltr excid suln.. but give,,$ 11 6"11l 1. '4114 fit 4~411 IN- 11"Ill 1 .411,
"
leatme "t Nalf1ji
JI
fit fit,
C
0010
X
Diful
.
.
,
,
p
~
00
reaililrdet-am,pd.inalk.snin. 1000jr3ittloomiAleCelet
`
'
compound of chryooldlue . 16a. i.!%i ^.. vwv.,
d gt.
t
*011, then neutrallite
stand OTMIShet with 40 till. 151M N
f
00
e'
4-0I
N
Pfl it)
liders ti-S, the kn"*"
Wine
2
CJI
N)
,
j
.
#
t
,
.
, KIM. filteretf, the
with Ilowltd. followil4l by 4W W, M to 0
e RIM. Rio (lyrs in thAt on trratilivilt with bisulfift its Nil, livoul,
400
Winter tile tevidur rvid. with but 991
is not replaml by 011. anti tile billulfite emn1wunif is but
00 and 5M nil, HIP ad.letl save WAM, jr. 11, in, 314* (frain jeo
IMU'lly liall. In 11#01wifil'aritil: Ifer fallerd,wi not oinfain
HIM). whk-b irrAilily cluples with -fi4simiurn wthis., tl4w%
to 0
60 -51, reur affect, felits for till- leritt is atmit ill alliall otrial. I"%mite ,f the WtcrAct"m of
not give a "ifirmtrus4i'le IL Nil
'
14ti
I
141
N11
11
i SA
l
t
L 1
COO
,
til
.
ll fi
, ant
it.).
test
1
W
,
00 a firup. Coupling with p-nifroatilline in the pm-sence ul
"
'
. 1.1011 orflatird LA Ill%.. 11"Ilrd
W
1.36), anti lex) fill.
K,C(N gave bnown- 7 coo
][4" the b"11111'r "allIWIL,
jk4 (Irl,M (*v jqU, by atbill. of C,S(), hot with charto,ti, am
-fl
l
m
l

4111411
it%
ow or titateir pr
klilly of tile structisre i
l). yt
09 'a solex.. "-twowu cery%t,16. Cimpling with beftsiltine xee~, Pro
vrhk-h on boilill
Witt) All";. V1011 hrrutle title-
(2
78 Sj 9
.
.
amnse-irled prisms of I p-1 4,Y-110(K0*S) CAN: All CW, Iv
l
f
f
orlil
y orallier. The a. 'itirl. Cill/Wh I,
Ra and Ca salis (by metatheellit), yellow
U, reddish p filsol. Ill xylelle; It is %table 14P Warill till
pt. coupling of j;,~itro- sul. Iii AcOll,
nt with fit. alkAh, even fit the
2,4,(II0)tCleI4SWI1 gives 24,54110), 'CkU but on treatrur
i
1
lee*
t regenerates
. to. no NIf, k rvulml it! tile,
repbrown. ;"t in"
prmrss. The inother liquor from the prepti. contaisli
Anlomholls bww" DWI&
In Molt; Ag
Pa
anti ca Joe
,
.
,
'wirt. S. If. but the rtumindcr of I is trinsfin-mvit into unidesiti.
IW~
t
l
l
f
I
f crys
a
-. I-
y .i
. tie
I (), S
in fit of I or Elio; Ag~rld lid Salt
O
illu'l
Jollw-
"'I'l w3fet

.
"
.
.t
Wtlv)Wt,; CU14)..j.wsjjutxjvral,I,t. 'rhu.
lhtxlibr
>
:
,
I
f,N
-
a
,
ro,luct of t i
11
w
Ii
d
:;
IL
f
.
p-r,
v
i
w
Ill.. a
. t
a
tut p
, an
gr4i
'
lle alm,ter 4'alplins In"llivi* ,1 11 WVto
wo'llbulf.mAle, I
illeo Prettil. Ittall Utt authrulic saillpir of It. U.-atins
1941r. =-I 0.. 4.9
--

-T -4- ek
v a
tie An L v FM a 00
1a
so is"
A I
3 0 1
if at U2
pt 0 1, ritol sit W0 Katt
i
o 0o o 0 0

7

0 0 0 a a a 0 0 0 0 0 0 0 0 0 6 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
1
0 -
---rw,l water.". Products, XI.- Blaulfte
Cam"d of 00
so I. 4-neAdwquinciatt. Md. 74w. ObAkilid Ailim. (I
- Alt 7
0* liirn' Chvin.) Is. U1114 A(IOU); if, V,*xublom
4. 10.

~ =Wt, PrAttkan of (I- - 9111". 00
0 (N NAIINN fV1111116 in AM"- 4012 111444 Of LiSSUIA1, . Jhf
*0
99 ej has the %trurtare 1-1 the Nil lbr h &All of I O-J,
sc;J (U) 1
00
00. I
the umbal Propeniesilfbisuffile compda. T at..
00 gne"t with alkali results In I and 1.3-diketo-2-hydrfifdrflr~
" 00
-sulfoclk " (M).
ComPtexes at addwt%" tki6vihed 641111
00 by 11-3clivur. ft a). (C.A. 41. 747c). tould not t, &fill,
oo 1 (2.2 X.) in 13 mi. Ittoll wits Imted with 4.4 -iii ;' ~ 00
IISO# solo. (d. Mi). tbie solvents tvinoved b- i-i'j, so
eo o4 Parse, the rvsklue In 23 mi. water tmattA it. - A
IF #11I l
4
(0A0
(43
30
JR)
i
Wi
h
00
00 4
s m
n.
.
lit I.,
n
1.
g
t ex. oI In wairr. less jibl. lit Rjoll. Illuol. it, Icip, 111
,,
oo
4 It*. the fliffetv onvoo
iiii " tio
trated with Chat 00

09 .
.
1
$let flat 1410 avIj all. Millis . Fortiltv In-,If,llkl hy -I'1
OW,, 4111d Mfillfft4l; 161111". 14 Mind. 011"0 IflOst #Avv 1.10A

0
00 g. A-N4 bill lit 11, villorle" Iniallis, which. III Milli. NO* lo
hi, K-441.01
-- givir vlAble tvaction with: ACNO.. U&CIO. ltd(OAO'. 60
04111 adda.ofeaustir 00
00 alkalies or carbimates gives I and Ill. The di-K sals 4il
11. Prepd, Sftnilarl~ Using K IISA. forms Cotoelm neirdtibi
so hbellaving like the 4 analog; 2AA S. in I" mi. water. lei
0 411
44* slahil overnight with 24 S, KOII In .111 list. water atilt
lihmil With all I hr.. yfffli-h4l 0.71 a. -6-K ~'Uof JU (titiato-
so lev.1mir). Yellow timiks (front 7017,. 91011); addn. of
00
00 IICI to its wafin *if. solo. raive plates of the Puboo-K tali.

00 X11. Hisulfito compound of th" m"th [ph" th drattorte
,27Z
1
4
l
h
b
h
1
1
z
7 00
,4
c
I
-04p
l
tode.
1
iw.
"31
,
.. (I
"U
iiv,l Chem
) 20
IW 7
A Ali
of .
.
gp
1
16 P1
% (I.N2 if.) (of. lifePhrriam. Ans. CAtwo. J. 211 301 00
00 (INN)) in 10 MI. Milli tmfcd (warm) with 3.7 mi.' so
of N&tl9% adti. (d. 1.32). rrAuxed 16 afln.- filtmd, and
l
k
l
d
h

00 coo
e
e biwa
fite saiduct, I ow
, pvto t
~.
l
h
N
4 00
00 t
e
r.
.
Ial o4ItjO.j

0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

oog*
P 6 it x L a p 9 ru a s t km
191 AAO M &.117tit
Ott
go,
0t
v an a it at n u is u r a w C 41 a a 41 4 lot cm AV Sut n
2.11111.
lot
00

00
00

-"apadsa 03 Aft4t- 'Pug av

r,
A 'lip
lp
Aqptdvwv-m*jq-f ~;Pfff
"
-
r
c 10 '91A& Im
(1) 11IN'll"Or
'
'
m
n I
Ps"Y
'
paw
nCA
D:
-dvwn wo 10
071 D
"A P"
out
=wq

R r -t,-v5 1 'Ir-v- I
I VC 'a a Iff" At 04 ft It U Vt f. 11 it

A C, 11 11L. J A
00 -
** Al A
00
09090900008800 Ole
it )f 00, if U #I it 0 4 it a P a 11 it it 0 09 fe
1. 4 PI"P 4 1 ""WW V A I- I A N % to It I A

00 1C NftkanLim of the b1sulfito reaction. V.-N.-VAUAWY.
-
23941(1048)
do
S
H we crick-its-d; their fumulottion of the main prod -
h
(
i
t
l
h
i
6
.
-S-
-
Doblay Akd- Mank S-
, e rVact
(
em
wforern rotp
it
ion
c a
l and Nall.S
16

go
The roncluiiarts of Cowdrry sfut lliumbirlwood (C.A. 41, 6 hold to be faulty al: (1) in 411 ki"twil caes "I Alk. irra.
usentof b1sulfile, runirkit. there uicur% lherleavagr ill
Mr, not the rualical; (2) when or. arylatoine rr,Wur k, OW
riadical which displaces the Ulf group, then shnult .11
Isn"'o
with its entry therv takes lil4re the lois of the added bilul-
00 Me mot. Ifener, Cowdrry'~ inAin j,"Muct I, p"Juhly A
*0 Nos N114 Joatif the bisulfite empj. .4
acid, white his secondary product must be a No sill
00
saft of the same cornpd. fit order to show that reactumt
0 olarrved by Coordrey do not Involve more deeply wisied
: stnictural changes, the mAln trartio" product was 6u-

0 I
lated and subjected to a typical ionic reaction with
esce'
ak. K1. The main reaction product was prepd. amording
to Cowdrry; In the purification staige the ions of Cl and
0 SOj were removed by suldn. ofsain-4. of Ag and 9a acetates.
0 The Nor Nils suit of the hi%ulfile votopil. of 4.1
("if (1) fin"" Joh'. (- .1do. n( Itto

La - ha" P" - P&A~. 2 fortus. which differ In their content of Ut( ) Cr in,;
at 10)"D ale. Comn. the pfoiluct ratile-Ins 1.5 mules 11#0
41:41 f-inth blunt needles. while W)% WWI gim a nurno-
-00
-0
.40
-00
.0 0
Zoo
i ;Jm 0
1;: .
I IZOO
I
;-9 0
-00
4160
-:9 0
9
-.00
zil hydrate, long ruvedles. A -4o. of #I X. of the product in d I
ird. 11,0 treated with to g. KI in d ud. 1110 and then with -000
L)
HtOll gave 5.79 1. K, salt of the bisulfite
150 ml. 951,'o op
coapd.,.Ca1,,)VhKj.u.51/j(), of 1. G. M. Kmolapoff
-00
7.
;-j1
It
'A AT -0 0 PW 0 0 1 IF 11 5 43 1 'M
11 An JIM
At As it or g It It R X No n 1 4
0 a see *4*too 0 9000 0 00 0 0 0 0,4110 0 0 0 0 a 9 0 0 00 0 0 41P 0 0 6 0
0 0 0 0 0 Ce 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 Ole 0 0 0 0 0 0 * 0 0 0 0 04D a

to COM bwtdre 0 te
und of 2-me YI-1.4-naphlb"UIDWO and Ift reaction
w ph"ylh Wue. ".
t N~
Cf, CA. 43. :1 bowvtd SOMP4. of
rmc thmutdIly *ith MAW-
slit, oil stindiall. a Inlia, of tht Con"mmto In 1W In the
pm.sence of MOT bruwti-otimSt nredles of the b).
dratc Cdl.O.N~V.Va.311,0. which. treated with cold H(Olf
and pptd. with HlsO. yirJd3 the Wight yvilow-greva exhyd.
derir,; 66 can m6o be obtained front the hydrate on
vacuum drying and treatawnt with MOIL 7he K salt Of
the bisulfite adduce reacts aJmilarly. yielding the K amakj.
allow nctdlc3 in anhyd. fonn, omnse-red amn in the
Ydrated Imm (not analyzed (or HtO content). The reac-
gm with PhNIINII& does nui prin-v the prmner of a cax-
bOU) I group iU.thC COWIPd. 6111CC the FCaCtkRk n1&Y proceed
11 replacement of the Off group of the lAsulfitc adduct by.4
I'MIN11 rcidut ,which with alkali yields the phen)-l-
llydrazone, of the (Wiginal Cartgnsyl '.0fughl. ((Autoulctiv
with tilt-ali) deriv, I'l Ilm t-cwt"Imulins naphlbol). Thr
bi,ulfitr adduct 44 t.5-110C.II.RMI could not be ueetylated
VY hot Auto. the b.4111C bultIm for the b6ulfite adducts Uf
M thul di3-
proving the contention of Bochyar. rt a]. (C.A. 43, IWA).
ronerming the tructure of these adduces. 0. M. K.

UFLIME-Fe, V-14-
Chemi.cal Abet.
vol. 48. No. 5
Mar. lot 1954
.OrganiC ChemistrY
&
ci-I
71-1quiale C-0111 c 0 f co -Mp 0 lin-d a'
rrO-mLLfi7-"a:I7Fu ue Ze. V~-M. I ~rflimItts;eIv. J. r,.- rA.-
M I -]
'U.S.S.')?. 22, 723-5(1952)(Engi. tram7;&-tTo-n.--&e C.Ai
47, &10.3a. XVI. The b1suffite com?ound of I-arnlno-&~.
tr
Inaphthol-2,4-disulfonic and V N -t-;Pv and 1.1 1
Ch myak., Ibid, 983-4.-See C.A.47. 5403e.. 14. T. -Ti
MI-77-
7 - ,

1jr-Im-rSev, VN,
udeus.
Mobility of balogen ia 1q. 1-Hitr(l-t-hremn 33.3"; R-nitro-l-brojno P!5;~ 3-mtrv

oroAhi ov , .. .
mina
ni2,
-a
f)~2-~romo
' I
fl-nitra-2-hrrm,j 2 4
4r,

kcmi,ric .
"-oit -)nw 4,5J` ThE
re in se 'Ic'! 11.)- Witt) !or I;.1
p1p, 1-5 bri. ~t anzi !n, amt. of Atr!k, roduccd pr" mu,! v Ic -..-A

by thp Br ium v IcIrl Thv 2- ind 4
6,-r1Y3. react rapidiv ("ett Rt lf'W; OIC -o. -m o'. v
-W. .r~A less activv ~Cf MCIxish alld Camplell. C 11 N).9
" (,I i,ri, Ls inte!"Ielfiatu- 1
I -, 0 ro-2-hromo avi,f 13-ti it r- - I ~h-mo ~iv - al! 1; 11911 It i,
~-l 2
Vvry weakly activC at Addn. of
aecdorme-i arid prornoteg the rl~tivitv of the Br in th6
'- 2 ~r
,-11110 Ali otlmr durivi. do oot reaci '11 ICWI*. I-Brnnio- )
4-, r,, -mid 8-imm deri- to wit renct m I ht . at
P4-4
---iit tl-- I -bmmo d,~riv. macts to an extent of ist I ~,r thYfatrliftc
11) 73
2 7
'J- ~";
200' In I br 11~, dcri,. K.-e .
,
*
2 10- 1 f)
5

f-l-,ion at 1Ix)', :~)Ac*,, It (l4'-' it 1 -Al V I A',~, at
c .
--d i
rig 1"
:,.Id 1,
111,Z1 ,j, I?, '

73 alld 97 1' a f .2110, At i1--,' i '
2-tiitro d"i, (,t,
t
1
10

2-BrC.,,Hi react: at (emP
C10H, anti 21.7% .
.
,
2W, 1i -:ii - I
,
I -rved in I hr.; 3-nitro-l-hrarno
lit f/1,9canirmionswertobs- I
6-nitro-l-bronlo 30-V',;

Vf1mrsev, \/.~J-
USSR/Scientists - Chemistry
Card 1/1 : Pub. 151 - 37/37
Authors : Rodionov, V. M.; Vorozhtsov, N. N.; Smirnova, A. F.; Shchetinina, L. A.;
Shestov, A. P.; Korolev, A. I.; Lukashevich, V. 0.; and Ufimtsev, V. N.
Title : In memory of Evgeniy Alekseevich Ivanov
Periodical : Zhur. ob. khim. 24/3, 579-580, Mar 1954
Abstract : Eulogy is presented honoring the passing of E. A. Ivanov, chief of the
Central Laboratory of the Dorogom:Llov-Frunze Chemical Plant, scientist
in the field of organic semi-products and dyes) recipient of Stalin
premium. Illustration.
Institution: .....
Submitted : .....

bo",11t/Chemistry - Physical chemistry
Oard 1/1, Pub. 22 18/45
Authors. Ufimtsev, V, U., and 14alafeyeva, 14. M.
~Title VLobi3 ity of halogenin the benzene nucleus
Periodical Dok. AN SSSR 99/4,, 555-558J. Dec 1, 1954
Abstract The effect of nitro -group.s on-Bractivity in a benzene nucleus,is explained.
The method by which the activity of Br was determined is briefly described.
It was established that the entry of one nitrogroup into m-position increases
the activity of Br but the halogen of the m-nitrobromobenzene remains non-
reactive; wherea's the entry of two nitrogroups into m-position sharply in-
creases the halogen activity. Ten references: 6-USSR; 1-USA; 2-German and
_(1888.0953).. Tables, graphs.
:Institution The K..E. %oros-hilov- Scientific--- Resbarclf i_n_siA_,tu_te-,6f`
and Dyes
.Presented by: Academician A. V,.Topchiev, June 25, 1954

kVTHORS: Dashevskaya, L. D.,_Ufimtsev, V. N. SOV/79-29-1-6o/74
TITLE: Investigations in the Field of Dyes for Acetate Bilk and
Synthetic Fibers (Issledovaniya v oblasti krasiteley d1ya
atsetatnogo shelka i sinteticheskikh volokon). ii. Disyerse~Dyes_
Derilatives ' of 1-Alkylamino-anthraquinone-2-carboxylic
Acid (II. Dispersnyye krasiteli-proizvodnyye 1-alkilamino-
antrakhinon-2-karbonovoy kisloty)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 1, pp 285-287 (USSR)
.ABSTRACT: The chloric anhydride of 1-nitro-anthraquinone-2-carboxylic acid
COC1 (I) has two reaction groups: the chlorine
atom in the acid halide group and
the nitro group in position 1 of the
anthraquinone nucleus which are both capable of reactions, es-
pecially-with amino compounds. The nitro group which is mobile
in this case is under the influence of completion and activa-
tion of the acid halide group which is in ortho-position and
very reactive. In the case of reaction of this chloride an-
hydride with amino diglycol (H NCH CH OCH CH OH) 01-oxy-ethyl-
Card 1/3 1 2 2 2 2 2

SOV/79-29-1-60/74
Investigations in the Field of Dyes for Acetate Silk and Synthetic Fibers.
II. DdLs]~erse'DyeB -Derli-mtives 1-Alkylamino-anthraquinone-2-carboxylic
Acid
P-oxy-ethyl amide of the 1-(Ol-oxy-ethyl-o-oxy-ethyl-amino)-
anthraquinone-2-carboxylic acid which can be used as a pink dye
for acetate silk. In the case of reactions of compound (1)
with other amineB the nitro group showed a lesser activity
than the halogen of the chloric anhydride group. The nitro
group does not react with diethyl amine. In the case of a fur-
ther synthesis of the thus formed weakly colored diethyl amide
with primary aliphatic amines, the nitro group reacts also by
formation of blue-red disperse dyes which in position 1 of the
anthraquinone nucleus and in the carboxyl group have the radi-
cals of various amines. This behavior is explained by dif-
ficulties with respect to spatial distribution of the carbonyl
group of the anthraquinone nucleus. The pink or red dyes syn-
thesized which can be used for acetate silk have similar prop-
ertie8. There are 2 Soviet references.
ASSOCIATION: Nauchno-issledovatel'skiy institut organicheskikh polupro-
Card 2/3 duktov i krasiteley (scientific Redearch Institute for Organic

SOV/79-29-i-60/74
Inve-stiga Lions in the Field of Dyes for Acetate Silk and Synthetic Fibers.
II. Disperse Dyes - Derivatives of I-Alkylamino-anthraquinonp--2-carboxylic
-Acid
Intermediate Products and Dyes)
SUBMITTED: November 19, 1957
Card 3/3

GRINKVA, R.I.; TISHGHENKO, A.D.1 UFIXTSEV. V.N,
Dyes for acetate Bilk and synthetic fibms Part 3: Clx,&tiOn 040
styrene and dimethinocyanine dyest dorivatives of indoline. Zhur.-
ob.khim. 32 no.6:1919-1922 Je 162. (MIRA 15:6)
It 14auchno-issledavatellskiy Institut organicheskikh polproduktov
i krasiteley.
(Dyes and dyeing-Rayon) (Indoline)

GRINEVAO N.I.; FUCHKOVAI V.V,4~~ ~VV~-N
Derivatives of cerazidtim 'Part 1s Debydration of
1.4.diar7laminoanthraquinones. Zhur.ob.Udz.. 33 no.2s5W-600
P 163. (MM 16 -.2)
1, N2chno-iseledovAtel'Bidy institut organicheskikh polupro-
duktAl('-i krasiteleyo
(Anthraquinone) (DeWration (Chemi8w))

GRINEVA, N.I.; SADOVSKAYAq V.L.;-LV-IHMFY+-V-tNt
Synthesis of 2-phenylindole and its 1-methyl derivative* Zharo
ob.khimi. 33 no.2s552-553 F 163. (MIRA 16:2)
1. Nauohno-issledovatellskiy inatitut organichaskikh
poluproduktov i krasiteley, Moskva.
(Indole)

YEFREMOVA, T.K.p nauchnyy aotrudrilk; UFIMTSEV, V.P.
Dust control measures in the mechanized longwalls of Chelyabinsk
Basin. Ugol' 37 no-3:55-58 Mr '62. (141RA 15:2)
1. Gorno-pologicheskiy institut Ural'skogo filiala AN SSSR (for
lefremova). 2. Glavnyy inzh. tresta Kopeyskugol' (for Ufimtsev).
(Chelyabinsk Basin--Mine dusts)

bTI1141IISTITY 77. V.
An Attachment for the YyErostat. Meteorol. i gidrologiya, No 6, 1953,
pr, /..7-1+8
The nroposed attachment to the hygrostat is designed to be successfully used
not only for the mass verUication of hair hygrometers but also for the verMcation
of aircraft meteorog1raphs, radiosondes, and hygror.,raphs. In a bygrostat wLth
such an attachment the canacitv is doubled and a more un1from means for all in-
struments under simultaneous examination is aftaLned; Ln addition, greater facilities
are created for the installation of pens and pointers, and the oneration of taking
down the rea6ings durLng testing is simplified and made more precise. (RZhGeol, No 5,
1954)
SO: Sum. No. 568, 6 Jul 55

UFIMTSEV, Te.
Success is achieved by cooperation. Izobr.i rate.
no-7:30-31 Jl 16o. (MIRA 13:8)
1. RukavodJtell tRekhovo--o obahcbeetvennogo konatruktorskogo
lAyuro Uralvagonzavoda, g.Nizhniy Tagil.
(Nizhniy-Tagil-Founding)

TIKHOTMV, S.A.; PrInimall ijohastlye, KRAYEVSKAYA, R.S.,-
Mech 'anical carryirg out of pulp particles during flotation. 7Svet.
met. 37 no.9s4-8 3 164. (MIRA 18s7)
:7, - -7 7--

UFINT!0,P---.2-LL I FI-MLAND, T.M. A.A., ROZOV, N.N, N.A.,
IVANOVA, Ye. N. (Frof. Dr. Agr. .-;ci); and NOSIN, V.A. (Cand. Agr. Sci.).
"Brief Description of the 3oils in the Are-as of New Land Reclamation,"
Fublished in- An aid to Agricultural Srecialists in "he Reclamation of Virgin and
Fallow Lands, Sbornik Materialov, i Statey, Vol. 1, pp 25-144, 1954.
Tranlsation No. 431, 30 Jun 1955.

BOGATYIWV. K.F.: VADKOVSKAYA, O.A.; GERASIMOV, I.P.: GERASIMOV. Iv.P.;
YEROXHINA,, A.A.; IVANOVA, Ye.N.; LETKOV. L.A.; LIVEROVSKIY, Yu.A.;
LCBOVA, Yej.; NOGINA, N.A.; ROZOV, N.Y.; RUDHEVA, Ye.H.-, TKOB]OKO,
V.I.; UFIMTSBYA, K.A.; FPIIFLMTD, V.K.
Academician L.I.Prasolov; obituary. Izv.AN SSSR Ser.geog. no.2:
73-78 Mr-Ap 154. (KLRA 7:5)
(Frasolov, Leonid Ivanovich, 1875-1954)

KCRM, Mikhail. Adamovioh; MMYXf, Oleg Vladimiroviah; NOGINA, Mina
Alekseysma; t? drevaj,"; SMIN. A.U.,
red.; IKRUM, A.F., to red.
[Boil soning in the LaI0.0 Baikal portion of Siberia] Pochvennoe
raionirovanie Beikal'skoi Sibiri. Ulan-Ude, Buristskii komplekanyi
nauohno-inal.in-t. 1960. 66 p. (um 14:3)
(Baikal Lake region-~-Goils)

UFIMTBAVA K.A., nauchnyy ootrudnik; IYANOVA. Ye.Nej prof## oty.redo;
T I IKEWHI 0 K, V.N., red.izd-va; TISHORDWA, S.G., tekhn.red.
(Steppe and wooded-steppe soils of the Buryat A.S.S.R. and their
agricultural characteristics] Stepnye i lesoatepnye pochvy
Buriatekoi ASSR i ikh agroproisvodotvennais kharakteriatika.
Moskva, 1960. 149 p. (MIRA 13:7)
1. Akademiya nauk SSSR. Pochvennyy institut imeni Y.V.Dokuchayeva..
2. Pochvennyy institut im. V.V.-Dokachayeva (for Ufimteava).
3. Zaveduyushchiy otdolom geogrefii i kartografii pochv Pochvennogo
instituts Al SSSR (for Ivanova).
(Buryat-Konj;olia--Soils)

IVANOVA, Ye.N.; ROZOV, N.N.; YLUTINJI, J'L.A~; NIOEEI" V.'i.;
UI!K-MTEI.~-,-K A ; Pri.aimali uc~~;Stiyc: YP.14.; Ifi~')VTi, 4"i.11.1-
BUDI'11?-, I.F.; VIST,-,:'IBY;.f~., T-.V.; GLIASIBNi- I.F.;
71-
KOSPELE"Ill-, I.T.; E,7_, "' 1
SOh,-)LOVA, T.A.; V.0.
New materials on general geography and soil classificalkli.)n of the
polar and borea3 belts- of Siberia, Pocl~vovedenie no.11-7-23 NI
,61. (IURA 14:12)
(Siberia, liorthern--Soi-ls--ilasEification)
(Siberia, Northern-Ge3graphy)

uFlmTSEVA, K.A. I
Mountain taiga solls In Transbaikalia. Pochvovedenie no.3:51-61 W 163.
(MIRA 160)
1. Fochvennyy institut imeni V.V.Dokucha va.
(Trarsbaikalia-Zoilsf

ADAMESKIJ, R.A.; UFIMTSEVA, M.P.; KUDRYAVTSEV, I.P.; GELID, P.V.
Texture formation furing the annealing of strongly deformed
silicon iron. Izv. vys. ucheb. zav.; chern. met. 8 no-5:133-
139 165. (MIRA 18: 5)
1. Urallskiy politekhnicheskiy institut.

011ENOVICIII N.L.1 UPIMTSEVA, S.N.1 11,0GACHKO, MJI,
Separatinn and determtration of jgall,lium,, incitt-n, cadm-1.um, and
zinc by paper pnrtltion chromatography. Zhur. anal.. kh1m, 20
no.12tI368-1370 165. (,vJRA 1802)
1. Odeaskly gosudaratveinnyy universAtot ivionJ I.T. Yechnikova.
Submitted Januqry 18p 1965.
Ewa

Direct lrl(rCdukfA [,-,roup Lnt./) ant*-r--.-,-,-
Of t
and )OjyCyejJC all4nones. Zhur. ob. klilm. 34 D 16-1,
01-11',~A 18-1)
i krasiteley.

"jnVeZ-:tjf?r-l-*(~ 4n the :'Jelcll oz Lf: CC71, O-rlcls. (J-.,
U.L
hydrazine and Disi-lph.ltp an the
b-
S(~: J:)i rnal of Gene---.-al Chemi ~ r-.," (-'L)hhchei K' ilri 1' 46, Vr

SOV/5-58-4-17/4~
A,'17HORS: Adamovich, A.F., Zonenshayn, L.P., Sulidi-;'ondratlyev, Ye.D.,
Uflyand, A.K.
TITLE: New Da`rr-,Y_,Y-the Stratification of the Sandy Cl9y Strata of
theWastern Sayan (Novyye dannyye po stratigrafii peschano-
slantsevykh tolshch Zapadnogo Sayana)
PERIODICAL: Byulleten' Moskovskogo obshchestva ispytateley prirody,
Otdel geologicheskiy, 19,56, Nr 4, p 144 (USSR)
ABSTRACT: This is a summary of a report given by the author at a
meeting of the Moscow Society of Naturalists on 11 March 1956.
In 1957, the authors of this article, together with O.A~
Semenova, A.E. Kalis and others, tried to analyze the
stratification of the sandy clay atrata of the Western Sayan.
They reached the conclusion that -there are throp lifferent
series; the lower series consists of the Syatkhollskaya ardUrskaora
formations; the second series of a frequent, sometimes rhyth-
mic alternation of green sandstones, Piltqtones and argil-
lites; the third series, of the Shignetskaya formation, The names
Card 1/2

SOV/5-518-4-17/43
N,ew Data on the Stratification of the Sandy Clay Strata of the Western Sayan
of the following scientists are also mentioned- G.M. Vladi-
Mkskiy, A.G. Sivov, 1.K. Bazhenov, N.A. Batov, as having
worked in this field.
1. Geology 2. Earth--Struotural analysis 3. Sand--Geology
4. Clays--Geology
Card 2/2

AP SOURCE CODE: UR/0210/66/ooo/oo6/0050/0059
ACC NR, 603 90
AUTHOR: Zonenshayn, L. P.; Natapov, L. M.i,yrly-and, A.K.
nRG: All-Union Aerogeological Trust((Voesoyuzbyy aerogeologicheskiy
TITLE: Structtnre of the Aldan branch of the Priverkhoyansk foredeep
SOURCE: Geologiya I geofizika, no. (;, 1966, 50-59
TOPIC TAGS: geologic explv.,~-,tfon, anticline, geologic surveydw:q,
_pM;*e=w, foredeep, I , K~"L'
ABSTRACT: The structure of the Aldan branch of the Priverkhoyanak
4-
foredeep is described. Steep flexures alternating with gen.ly sloping
echelon brachysynclines characterize the boundary region between the
Verkhoyansk folded region and the Priverkhoyansk foredeep. The
limit~-iig folds are oriented at a steep angle to the foredeep strike,
plunging east-southeast. These folds can be traced within the inner
zone of the foredeep. A system of narrov anticlincs, separated by -
broad synclines is also found in the inner zone of the foredeep. The
entire Verkhoyansk complex consists of Permian-Cretaceous formations.
The outer zone of the foredeep is composed of Juratisic and Cretaceous
formations superposed on a Lower Paleozoic basement. The inner and
Card 1/2 LLMI. CY3.99.

ACC NR: AP603449o
outer zones are separated by a, marginal suture-type deep-seated fault.
Orig. art. has: 1 figure
SUB CODE: 08/ SUBM DATEs 23Apr64/ ORIG RM 01.2/ OTH REF: oo6
-2/2

MITM AND
Tootonica ard thir., hi -itorf of dfrn-:IapmA,rA of thr, rio~theastem
end of the 'Palmyrides (BYT?,a). G6ot,-Atondka no-3;20-36 Mq-Ja 165.
(MA l8j6)
1. Vaeioy-uzTiy-y a(-ogt--.I.ovjclwmkj.y trent C-c-.,qud:ir.'3tvonnoFo
geologicheskogo kondte-Aa I-lo,-,kvL,.

UFLYAND, AoX*
Development of swell-like uplifts
Arabian plateau as revealed by a
Sov, geol, 8 no.2tl3l-137 F 165.
In the northern part c"'
study in northern Syria.
(MIRA 18412)

ROZENTSVEYG, S.A.; UFLYAND, N.Yu.- SHCHERBAKOVA, Z.V.
Adsorption of sulfur in iron in alkali solutions. Zhur. fiz.
khim. 36 no.3:557-561 Mr 162. (MIRA 17t8)
1. Gosudarstvennyy.soyuznyy nauchno-issledovatel'skiy Institut.

UFLYAND N.Y, I FCZP,,`, Y U -14~
Effect of electrolyte concent:7a7lion- O~ tt-
oxide-rdckel elec*lrcje. Part '1-. 7hur,
341-344 F 165. (KI RA 18, 4
1. akkurnilyatc), nyy

RUKHOVETSO A.N.; UFLYA~Pulk;'-Sp
Electrostatic field of a pair of thin Bpherical C*'o'liv
.Z.
problem), Zhur. t*--kh. flz~ 35 no.9jl532-1536 S 165.
(MIRA 18ilO)
2. Fizikc--tekhnicheijk1,y inrititut Imeni A.F,Ioffe AN SSSR, Leninarad.
0

solutloils of (2) Lo the cor,,(,~z;popaxyT.7, eljkil~"
Tilf- tva-zisi,ent hm--trer, can bo found
-ef' e-ct;s Pre orm LdeTed Tor -the lateral
~60.y frOill L IP. I i-f-a
16'r's of --Arvt,~~j Pnd analogous,r iml-os are found.
rl P16

I a took A a n 14 A A 1-7 is M N 11 U 11 w b A V Is P C it $4
09~A It- k -A _JL_I__6_ I I -A-t # _P ra AA to tx op is it 4 1 1 _ttv 0
4

TLW ChatractiorlAt ics of Rec lar Plates With Clamped
of M-Oder the Effect of an Arbitrary d origWItext in
usslan). MA.Grinborg. Y SAUII ~ AMM&th.& Mech. (USSR)
09 July-Avg 140112.4 w-Mififf1h 4 3-434; 6 Mus, 9 tb, 45,rq.

00 F';r the problem Of bending of rectautgular Plates Witt,
l .00
C
amped contours, which h" a great practical signUicsace, an 40
0 accurate solution b4p not as yet been fowwL The approxinute 0
00
00 avallAble solutlocts lead only to complicated Calculaitiona rven
t =

00 I
one Lm only Interested In the bialc calculated data (buckling
in the center
bending moment in the middle 01 aw c
to
4;* 0
,
on
u 1
etc
several Inte
The article presents a solution of
ral
) 00
r
go al .
.
g ,
Uons. whicla alffiough wit very accurate load to a very effective IAIII
approximation. Approximatiop formal" are given by meA" 0
09 of which, the bending elements (buckling, bending moments,
00 shleAring forces, etc.) for any exterW tomb can be easily A
calculaitied. Several practical calCulAtIM3 wort made and
their results are UbulatecL
Is. 3 so 0

00'

~
It
it AI 'A 9 Its ft it
00 0 0 0 41 0" 0" 1 1.

0 0 0 0 0

6 0
0 0 * 0 # * 41 111 0 0 0 00 a 0 0 0 0 0 0 0 to 0 0 a 6 0 0 0 0 0 * 6 0 4b * * 0 ep

USSR/Physics-
Elastic Theory
Mathematics
Jul/Aug 49
"Bending of a Rectanpular Plate With Supported Edges Under Arbitrary Load," G. A. Grinberg
Ya. S. Uflyand, Leningrad Physicotech Inst, Acad Sci USSR, 31 PP
"Priklad Matemat i Mekh" Vol XIII, No 4 Submitted 11 Feb 49
Problem of bending of a rectangular plate with reinforced edges, which has 6reat practical
importance, has not been solved accurately up to now. Approximate solutions lead to
cumbersome calculations. Reduces probLem to the solution of an integral equation which
admits of a very close approximation. DeriNes approximate formular which may be used
to calculate bending elements (sags of bending moments, intersecting forces) for zr-
ious external loads.
PA 61/49T90

gr-~RPp YA. 1;
-26902
1
Krucheniya Prizmaticheskogo Sterzhnya S Profilem, Ogranichennym fugami rvukh
Peresekayushchikhsya Ikhsya rkruzharostey. Doklady Akad. Nauk SSSR, Novaya Seriya,
T. LXVIII, No. 1, 1949, S. 17-20
SO: LETOPIS NO. 34

UFL)6D_. JA- S.
Bipoli&Me koordinaty v teorii uprugoati. Moskva, Goatekhizdat, 1950. 232 p.P
cKagm. (3ovremawVe problemj mekhmiki)
Bibliography: p. 231-232.
Title tr.: Bipolar coordinates in the theory of elasticity.
QA556.U3
SO: Aeronautical Sciences and Aviation in the Soviet Union, Librari of Congress,
1955.

puts

UFLYVID, Ya. s.
USSR/Phyelcs - Ela$Ucity' I Jun 50
Vibrations
"One Case o -f Bending in a Rectargular Plate,"
Ya. S. Uflyand, Leningrad Physicotech Inst,
Acad Sci USSR
"Dok Ak Nauk SSSR"' Vol LXXII, No 4y pp 655-657
Considers thin elastic plate In form of reciangle
bent by arbitrary tren verse load q(x,y). Three
sides are clamped, but fourth is free. Problem
has never been considered before. Finds solution
as boundary-ralue problem. Submitted 27 Mar 50
by Acad A. F. loffe.
wMF
165Tio4
P '65T104

UFLYAND., Ya. S.
USSR/Physics - Flexure (Bend)
Plates
PA 174T67
21 Sep 50
"Solving the Problem of Flexure in Rectangu-
lar and Sectorial Plates for Certain Boundary
Conditions," Ya. S. Uflyand, Leningrad Phys-
icotech Inst, Acad Sci USSR
-DOk Ak Nauk SSSR- Vol IXXIV, No 3, pp 437-439.
Considers rectangular plate one of Vhose sides,
for example x = 0, is Clamped and its opposite
side (x w a) rest freely; here the other sides
can be constructed in any 7-nner. Submitted
3.1 Jun 50 by Acad A. F. Ioffe.
174T67
R

TT7F"L'_TAND3 Y. S.
USSR/Mathematics - Transformation, 21 May 52
Mellin
"Application of the Mellin Transformation to the
Problem Concerning the Flexure in a Thin Elastic
Wedge-Shaped Plate," Y. S. Uflyand, Leningrad
Polytech Inst imeni M. I. Kalinin
"Dok A Nauk SSSR" Vol LXXXIV, No 31 pp 463-465
Considers a vedge-shaped region in polar coordinate
(r,9) and the deflection w(r,Q) satisfying the
usual eq and boundary conditions. Proceeds to set
V in integral form and solve by means of the Mellin
transformation7, taking boundary conditions into
consideration.- Submitted by Acad A. F. Ioffe

LFFLZL-Mi. Ya. S.
dhYAND
KRtheniatical Reviews
May 1954
Analynis
/Grinbeg G A i Lebedev. IT. N.. and Uflyand, Ya. S. A 0
i~=15XIff6in-of -i-g-eneiiI bMaiii_a&7e_P_r6b_Ie_M_ for
a rectangular region with given values of the function and
Its normal deAvative on the contour. Akad. Na%ik
SSSR. Priki: Mat. M.L. i7,73-86 (1953). (Russian)
The boun, ary value problem in question is the deter-
mination of w(.i, y) such that
AAw- W-Q(X, A
(0:0 a~p) CX3 T")
', awlap = g(s), on the boundary
in a domain D, and w=f(.t)
of D, where P denotes the outer normal and Q. f, g. are
given functions. Section I describes the general method of
approximation, which consists essentially in determining
the harmonic function Aw-Awo %'where wo is any chosen
particular solution of AAwq=Q(x, Y) in D) as a linear com-
bination E.%caf. of an orthonormal (ff4.~.dxdy-o if

=1 if w-Z11) coerce of functions )Y'1
which ore harmonic in D [scc Grinberg, Dn'Hady Mad.
Naul. SSSR (N.S.) 76, 661-664 (1951); these Rcv. 13, 18.1;
this inctin)(1 is --imilar to that propo5cd by Alif-and *1, Rend.
Sent. Nl:it. Univ. Rortia (4) 1, 262-206 (1937)], Given an
orthonormal sequence of harmonic functions for D, nunwri-
cal approximations for Aw, which is of direct interest in the
theory of plates, may be calculated. If approximations to
w are desired, a knowledge of Aw, plus the boundary rondi-
tions above, enable one to determine w by solving either a
Dirichlet or a Neurnann problem. Section 2 contains the
explicit construction and tables of a suitable orthonormal
sequence of harmonic functions for it rectangular domain.
Sections 3 and 4 contain applications to various problems
of a square plate tinder symmetrically placed concentrated
loads and to the plane problem of the theory of e1,
asLicity.
J. B, Diaz (College

USSR
jkmj=rtxdbz~~L MPOV 1443-61
(IM).-A aafluz is writtzi; for ilie =dl-
don that the adsorption (in &.e grains of tile ads"ticat Is
not an eqaII. value, but Irail's by a time v. This equation
is - Ox/al) - I wlqb) - (bc/af) - 0, wh= v is.
the velocity of the liquid In ml,lm, q the erm w-dozi of '
the mIumn, k a ocinst. (036 tum of the adsorption =St..
and ther coeff. of porosity) ''2nd c tile concil. Thiq cquelani
wis; wlvcd by means of Lapta-ce transfers both for the cm oil
frontal and of clutiNe chiumtopiphy. S. pakKvz-j

-
; , q~~ z-z- 3.- !i~ f:4;?z

1MMAN. U.N.; SMISKAYA, I.P.; UFLYAND. Ya.S.: AXIMT. G.P., redaktor-,
'~4
VOLCHOK, K.U., tekhnicbeskOyl"~~O.' , --
[Collection of problems In wthematical p~7slcsj Sbornik zadach
po matenaticbeskoy fizike. Moskva, Gos.Izd-vo tekhniko-tearet.
lit-r3r, 1955. 420 p. KRA 8:10)
(Mathematical physica)

U~ A
GRINBERG, G.A. (Leningrad); POKHOVSKIY, A.U. (Leningrad); UFLYhUD.
Ya.S. (Leningrad)
Characteristic state of stress of an elastic thin wedge-shaped
plate with a fixed and a free side. Inzh.abor. 22:193-198 '55.
(ML'RA 9:5)
1. Leningradakiy politekhnicheskiy institut imeni M.I. talinina.
(Elastic plates and shells) (Strains and stresses)

FLY0 IV D~ Yo-S.
Category :USSR/Radlophysics - Radiation of Radio Waves. Antennas 1-5
Abs Jour :Ref Zhur Fizika, No 2, 1957, no 4488
Author :Grinberg, G.A., Lebr-dev, N.B., Skal'skaya, I.P., Uflyand, Ye.S.
Inst :Leningrad Physicotechnical Institute, Academy of Scirnces, USSR, Len-
i-ngrad
Title :Electrom6agnetic Field of Linear Radiator, Located Inside and Ideally-
Conducting Parabolic Scretn
Orig Pub :Zb. eksperim. i teor. fiziki, 1956, 30, No 3, 528-543
Abstract :Analysis of t-b ',e problsm of the reflectioa of an electromagnetic wave
from a conducting screen, shaped like a parabolic cylinder. The source
of oscillation is considered to be linear and placed inside tue cylinder,
and the current in the sojxce is I-= IOeiVt where IO-A const is the ampli-
tude of the currentandLO is the angular frequency. It is shown that
the results obtained in previously-published works are not sufficiently
well founded. An accurate solution of the problem is given and is re-
duced to the ablution of an equation with separable variables; the fun-
damental difficulty lies im a suitable choice of the partial solutions,
Card :'1/3

Category : USSR/Radiophysics - Radiation of Radio Waves. Antennas 1-5
Abs Jour : Ref Zhur - FizilA, No 2, 1957, tio 4488
satisfying all the requirements, including the radiation condition at
infinity and the correct behavior at the source. The author considers
first thd case when the sourci of oscillation is located along the
focal 1~ne, -,,The_partial solution to the prob&em is found in the form
'A 00. where u is the secotllry electric fiel and
(Oc are the parabolic coordinates; O-L) and B V ( ~
) are
expressed in terma of degenerate hypergeometric functions; the real
part of the parameterY varies in the range -1/2- < R (VI < 0. It is
possible to assume that the general'solution is of the form
X0. / 13 4
LL Z
~ J01
where 046e- 1/2. an the surface of the parabolic screen
the electric field E vanishes, i.e., u - -E01 where EO is the field of
the source. This leads to the equation
('70
Mae unknown function C is thus found by expanding the field of
Card 2/3

Category ! USSR/Radiaphysice - Radiation of Radio Waves. Antennas 1-5
Abs Jour : Ref Zhur - Fizika
,, No 2, 1957, No 4488
the source in the integral in terms of the functions A(1)('~ ). It
is proved, that the dolution obtained is a general solution of th e
problem. It is shown that for the case of high frequencies, the
solution assumes a form corresponding to the geometrical-optics
approximation. The solution is generalized to include the case of
arbitrary location of the source along the axis of the cylinder.
Bibliography, 10 titles.
Card 3/3

t
Call Nr: AF 1108825
Transactions of the Third All-union Mathematicl Congress, Moscww, Jun-Jul '56,
Trudy '56, V. 1, Sect. Rpts., Izdatel'stvo AN SSSR, Moscow, 1956, 237 pp.
Uflyand Ya S (Leningrad). On the Solution of One
n_~~
_ffixed Problem in the Theory of Elasticity for a Half Space. 213

UFLYANID, YX. S. Doe -i:-hys-~Aath Sci -- (diss) nrob'Lems
of the theory of elasticity solved -.-d-th--b*e
haIp of integral transformations." Len, 1957. P/ pp 20 cm.
(Min of Higher Education US3R. Leningrad Polytechnical Inst
im I.I.A. Kalinin), 100 coPies
(KL, 21-57, 98)

SUBJ-'-P,CT USSR/MATHEUkTICS/Differential equations CARD 1/4 PG - 564
AUTHOR UFLAND Ja. S,
TITLE The contact problem of elasticity theory for a punch which is
round in the plan for existing cohesion.
PERIODICAL Priklad.liat.Mech. 20. 578-587 (1956)
reviewed 2/957
The author gives a rigorous solution of the mixed problem of the theory of
-r2 . ......
elasticity for the half space z,;~O, when in the domain z - 0, r,4a (r- x +
the displacements u,y,w are given and in the domain z - 0, r> 0 the stresses
6"zt-C zx 9,,C ZY . The elastic displacements are expressed by the four harmonic
functions (Pi (iwO,192,3) of Papkavid - Neuber. For the solution there qxe
introduced toroidal coordinates o(, and Y by the relation r + iz - a th
The six boundary conditione [u) .0 u0( ril, ... are completed by two
further relations (since four Irmonic functions 41, are at one'E disposal)z
co
n in
r r e where F - + X ~, + Y + z
-P nX 0 4)0 ~2
and F nare unknown constants,

Pri.klad.Me.t.Meeb. 1-0-,- 578-587 (1956) CIRD 2/4
D (~,
2. -fj- + y
fV I - 2 ~3 z
PG 564
where V is the Poissou ~oeffieient.
These relations lead at once to two separated boundary value problems for
the determination of q51 and ~2
0, 40 - V 21AU + x 0 2(1- V) -zj -I C,
0 X0
'0 -0 f-r
~2 0, 40- a 2 9 20- V '102 _
A-0 ruo+ 11Y Pwo TM Pair Yo
In order to sati fy the remaining boundary conditions and the -relations 1. and
2., then 'P3 and F4 must be determined from the following systemi
A ' 0' ~4 ' 0'
( IL +
z _~2 ) (xu + Y-V modulus of shear
AMO 2 ('1' - -47 bx2 -aY20 ol~ .0

Priklad.Mat.Mech. 20, 578-587 (1956) CARD 3/4 PO - 564
zo I Z~
[(3-41) 2rwo + [x 7-, + Y ~~z ]
3 t.0
4 242
[2 (1 - 10 +41 do + 4y 2V + -P; -Y
~-v ?z 2 1 PW%T t air
[0-2Y) 20 IXr X0 + Yr 01
y F air
For the solution of this boundary Talus problem the author applies the par-
tioular solution of the Laplace equation in toroidal coordinates
V.hd -+cosa �P' Pm , (.h CK) e'a
- 1 +ir
where P are Legendre functionst and he finds 03 and 44 in the form

Priklad.Mat.Mooh. 20t 578-587 (1956) CARD 4/4 PG - 564
00
im Am +BM hr] J.~chD( )dC.
~3, 4 TOh-7+ -COSA - 0 3 9 4 (C) ChPC 3,4(C)a
MO-00
0
The.- this solution method is applied to the following concrete problemt
external forces effect on a rigid punch with circular basis which is connected
with cohesion with the elastic half space z3~0. It is asked for the stresses
in the half space and for the relation between the displacements of the
punch and the external forces. It is stated that a force effecting in the
base plane which is directed to the center of the basis does not only affect
a translation but also a torsion. A force couple in the plane of an axial
section also effects translation besides of rotation.
INSTITUTIONs Leningrad.

YIA.
LIA D
SUBJECT USSR/MATHEMATICS/Differential equations CARD 1/3 PG - 694
AUTHOR UFLAND Ya.S.
TITLE The aMilayMmetric problem of elasticity theory for a half space
under boundary conditions which are separated by a circle
periphery.
PERIODICAL Doklady Akad.Nauk 110, 531-533 (1956)
reviewed 4/1957
The author considers the equilibrium of an elastic half space (z;,;,-0) under
the following conditionst inside of the circle r - a the displacements and
outside of it the tensions are given. Besides of this the problem is assumed
to be axialaymmetric. The displacements u r and uz are expressed in cylindric
coordinates by the harmonic functions of Papkovid - Neibers
(1) 2 _YF 2,~Au. - - '~ F+ 4(1- V F -W+ zo
r 15-Z
Pur r
where &J- LZ(r,z), (r,z), 4 W- At- 0, ~A- modulus of shear,
9 - Poisson coefficient. Furthermores
(2) "a 1P fl(r) f ~to
5- (F - '~ z
z ZWO -flzno 2(r);
r-C a r e- a

Doklady Lkad.Nauk 110, 531-533 (1956) CARID 2/3 PG - 694
and
D [2 0 f (r) 1-2 1 f
-57Z Z-0 - 3 tPI Z-0 4(r)'
r > a r> a
Two functions and which are harmonic in the half space and satisfy
(2) and (3) must be determined. The interior and the exterior of the
circle z - 0, r - a are the coordinate surfaces #. 0 and p- r of the
toroidal coordinate system
z + ir ai eth 0(+L (0 e-- 0( -< C4 .
2
Therefore T andf' q>can be written in the form of integral representations
in terms of the Legendre functions P-1/2+il, (chO()

Doklady Akad.Nauk 110- 531-533 (1956) CARD 3/3 PG - 694
00
Voh o( - con f [0("C) ch~V + D(-C-) sh PIC ] P- -1/2+i-C (ch o( ) d'C
0
If (2) and (3) are written in new coordinates too, then the defining equations
for A,BgC,D are obtained.
The results are applied to the determination of the pressure which is
performed by a plans round punch on an elastic half space in presence of
cohesion. If the vertical displacement of the punch is w and the vertical
force effeotidg in the axis of the pilkauhkie P, then it holds
P M 4 -mw a ln(3-4 V)
1-2 %v
INSTITUTIONs Physical-tachnioal Inatitutep Acad.Soi. USSR.

UFLYAND, Yakov Solomonovich (10ningrad Physico-Tech Inst, AS, TjSS`~) awarded
sci degree of Doc Physico--Wath Sci for the 26 Jun 57 defense of disser-
tation; "Certain problems In the theory of elasticity, solved with
the aid of integral transformations" at the Council, Leningrad Polytech
Inst inent, Kalinin; Prot No 13., 10 May 58.
(BMVO, lo-58,21)

rv
-4L-

SOV/124-58-1 I - 12973
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 159 (USSR)
AUTHOR- Uflyand, Ya.S.
TITLE: The Fundamental Mixed. Problem of the Theory of Elasticity for a
Halfspace With a Rectilinear Border Between Boundary Conditions
(Osnovnaya smeshannaya zadacha teorii uprugosti dlya polupro--
stranstva s pryamoline,(noy granitsey razdeta krayevykh usloviy)
PERIODICAL: Nauchno-tekhn. inform. byul. Leningr. politekhn. in-t, 1957,
Nr 12, pp 22-27
ABSTRACT: The author provides a method for the solution of the problem of
the elastic equilibrium of an isotropic homogeneous halfspace
(y > 0) the boundaries of which are subjected in part (x > 0) to given
displacements (u, V, W~ (x < 0) to given stresses
.) and in part
(FYI TyZI T It is shown that, by means of integral Fourier
transforms (relaMe to the coordinate z) and Kontorovich-Lebedev
transforms (relative to the coordinate r) the system of the mixed
boundary conditions for the Papkovich-Neuber functions is trans--
formed into a linear alllebraic system in the space of representa.-
Card 1/2 tion. Having solved that system and having accomplished

SOV/124-58-11-12973
The Fundamental Mixed Problem of the Theory of Elasticity (cont, )
thereupon the inversion (in the course of which one must surmount a certain
specific difficulty encountered in connection with the regularization of the func-
tion under the integral), it is in principle possible to obtain a presentation of the
solution in a Fourier and Kontorovich--Lebedev integral. An example is given
(without, however, carrying it through to completion) wherein the action of a
concentrated normal force on an elasUc hatfspace is analyzed, assuming that a
part of the boundary of the halfspace (x > 0) is rigidly clamped. There are
numerous typographical errors in the formulas. [ The theory of the integral
Kontorovich-Lebedev transform is expounded in sufficient detail in the book:
Grinberg, G. A. lzbrannyye voprosy maternaticheskoy teorii elektricheskikh
magnitnykh yavleniy (Selected Problems of the Mathematical Theory of Electrical
and Magnetic Phenomena). Moscow- Leningrad, lzd-vo AN SSSR, 1948,
Sections 55 and 56.
N. A. Rostovtsev
Card 2/?

LURIYI. A,I.; UFLYAND
07ourier's transforms" by 1. Sueddon. Usp.mat.nauk 12 no.2(74):252-254
Mr.-Apr '57. (KIRA 10:7)
(Tranef orimt Ions (Nathewtice))

4
AUTHORS: Lebedev, N.N., UflyanAl--1.~. (Leningrad) SOV/40-22-3-4/21
TITLEs An Axial Sy-7mmetric Problem of Compression of an Elastic Layer
(0sesimmetrichnaya kont;aktnaya zadacha dlya uprugogo sloya)
PERIODICALs Prikladnaya matematike. i mekhanika,1958,Vol 22, Nr 3,
PP 320 - 326 (USSR)
ABSTRAM In elasticity theory it is in general supposed for the solution
of compression problems that the body standing under the in-
fluence of any rigid punch forms an elaatic half space. In the
present paper now the considerably more difficult problem is
investigated in which a punch of axial symmetrical form in-
fluences on an elastic layer. It is assumed that the punch is
loaded by a pure axial force. Furthermore the friction between
the punch and the layer as well as the friction between the
layer and the base plate which is assumed to be rigid is ne-
glected. But it is pointed out that this neglect can also be
omitted.
With the method developed in the paper it is possible to ex-
press by an auxiliary function the sought displacements of the
elastic medium and the stresses occurring therein. This
Card 1/2 auxiliary function is the solution of a Fredholm integral

An Axial Symmetric Problem of Compression of an SOV140-22-3-4121
Elastic Layer
equation with a continuous symmetric kernel.
For the special case of a punch with a plane basis several
numerical results are given in form of tables. Also for the
case of a p=h without plane basis and under unsymmetric load
the possibilities for the solution are considered but not
carried out in detail..
There are 3 tables, I figure, and 4 references, 3 of which are
Soviet, and 1 is English.
SUBMITTEDs July 3, 1957
Card 2/2

UPLYAND, U.S.
Spatial problem in the theory of elaoticity for unlimited
bodies weakened by plane cuts. Trudy M no.192:60-70 '58.
(KIRL 11:6)
(Elastic solids)

.000)
-IT 007120-123-6-101.50
L.ifon: Uflyand, Ya. S.
'~T TLE: A Mixed Problem for an Elastical Layer
(Smeahannaya zadacha dlya uprucogo aloya)
PERIODICAL: Doklad- Akademii nauk SSSR, 1956, Vol 123, lir 6, pp 991-993
(USSR)
113SZRACT: The present paper gives an exact solution of the spatial problem
of the theory of elasticity for art unlimited layor
(- oo