SCIENTIFIC ABSTRACT UTYAMYSHEV, R.I. - UVAROV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858310009-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 44567-66 Evrr(il SCTB DD
-ACC -
NR% A P_~_63 0-5 9 3---(-A UR E: UR/o4l3/66/000/OL6/0076/007
3b
rINVENTORs Maklyukov, He Is; K&l&#hnikovL_V_L__Pj; !AXk1A4_AA__L_&;
Baburin. V. I Gavrikovg Tus Ne; Y.~y ~B
Ae h e v-,_ R t_-I-A-
1,,6'R G 2none
TITLEs Multichannel device for re.cordLng human physiological functions.,
Class 30, No. 185005
SOURCE: lzobreten$ya# promyshlennyye obraztsy, tovarnyye xnaki, no. 1b,'
X966l 76
tOPIC TAGS: human physiology, body temperatureg skin galvanic reaction
respiratory systemg'blometricso bLotelemetry ..
APSTRACT: An A th Certificate has been Issued for a device used to
u Monical functions,
jAcgrd human vhyo o Its components include &mplifIefj
of biopotentialog high- and low-frequ4ney ftltersq a body and skin tome.
p4rAture monitor, a circuit recording respiratory rate and respirstoryi,
movements of the thorax, a circuit measuring skin galvanic reactiones
and a stabilized power source. increased operating reliability and
accuracy of several simultaneous measurements are achieved by @up-
pressing synphased interference and by assuring necessary signal amplir
ficatIon using cascaded loft-frequency amplifiers. Some signals are f44
Card 1/ 2 UDCt 615,471t6l2e2t621*38

L44567-66
ACC NRs AP6030593
2 V I.,
C I
J.
I
-----------------
l ing human phyaLoq-.
Device for record
logical functions
f biopotentials; 2 - high-i
I - Amplifiers o
d low-frequency filters; 3 - body tem-
an
perature monitor; 4 - skin temperature
5 - circuit recording respirator*
monitor;
rate nnd thoracic movements; 6 - circuit
recording skin galvanic reactions;
7 - stabilized power source; 8 - low-
frequency amplifiers; 9 transformer;
:10 output stages.
to bridges, in which the arms are automatically balanced by controlling
each arm using a tube grid connected via resistance to the cathode.
A variation of the above is distinguished by the fact that the tem-
perature measurement bridge is fed by a synchro. A second variation is
designed to record incoming signals from measurement channels Via telem
etry, and uses various types of oacillographs, It contains output stag4
with current and voltage switches# A general diagram of the system is
given in Fig, 1, Orig. art. has: I figure. (CD]
SUB CODES .06/ SUBH DATES 28J&n65/ ATI) PRESSt 5079
Card

L '7 04-66--
4 1 5
ACC Ap60324 SOURCE CODE: uR/0413/66/000/017/0053/0053
INVENTOR: Ut shey 12 T Chastukhin. B. S. Ye,rteye_v, K. 1 .Anto.-,Ov, A -
Mellnikov. le. N.__
ORG: none
TITLE: Device for recording electroplethysmograms. Class 30, No. 1851435
SOURCE: Izobreteniya, prowyshlennyye obrFtztsy, tovarnyye znaki, no. 17, 1966, 53
TOPIC TAGS: electroplethysmograph, diagnostic medicine, plethysmography, human
physiology, cardiovascular system, cardiology
ABSTRACT: fui Author CertifIcate was issued for an electroplethysmogram recorder in-
corporating transistorized amplifiers, demodulaters, filters, and a stabilized power
source. For more reliable -oel-formance and to permit the separate and simultaneous
recording of pulse waves and complex tissue resistance over long periodF without
readjustment, the recorder includes a stabilized carrier-frequency generator and a
meariring circuit. The latter consists of the sccondarj coil of the emitter amplifiers;
uDc
615-117:6A. .073-173

--L- 41 t".04-616' - --- --- - -- -- --- -
ACC NR.-
AP60321198
----------------
~ - -- -- ---- - I
Fig. 1. Device for recording electro-
plethysmogrPans
1 - Electronic amplifiers; 2 - demodulators
with filters; 3 - stabilized rectifier;
4 - stabilized generator; 5 - measuring
circuit; 6 - leads; 7 - silicon stabilitron.
and the primary coil of the output amplifier, to which the leads are attached. A
silicon voltage stabilizer eliminates artifacts caused by tissue changes in the
vicinity of the leads. Orig. art. has: I figure. [DPI
SUB CODE: 061 SUBM DATE: 23jan65/ ATD PRL-SS: 5095
Card 2 /P V~LT

0
_L 41503-6
ACC NR1 AP60321199 SOURCE CODE: UP/0413/66/ooo/017/0053/0053
IN'MTOR: Utyamyshev, R. I.; Shovkoplyas, A. M.; Neumyvakin 1. P.- Sytov, V. M.
ORG: none
TITLE: Electrospirograph. Class 30, No. 185436
SOURCE: Izobreteniya, promyshlennyye obraztsy, tavarnyye znaki, no. 17, no. 17, 1966,
53
TOPIC TAGS: human physiology, spirography, electronpirograph, respiratory physiology,~
respiratory system, respiration, diagnostic medicine
ABSTRACT: An Author Certificate was issued for ati clectrospirograph consisting of a
two-chan,nel turbine-type sensor, amplifier, signal shaper, counting circuit,and outputi
r V Fig. 1. Electrospirograph
7
Card 112
_,J
1 - Sensor; 2 - amplifier; 3 recording
device; 4 - counting circuit; 5 output
stage; 6 - trigger.
UDC: 6L5.1471:612.2

L 47q03-66
J
ACC NRt AP6032h99
cascade. For more accurate and reliable mi.~asurr~rw?nt of the volume of Inspired and
expired air, and greater convenience in readint,, ot;cIllogram records on which inhala-
tion and exhalation appear on the same trace, the circuit includes an electrical
device for pairing and marking adjacent pulses indicating either inspiration or
expiration. This marker consists of a syinmetrical trigger circuit connected through
a resistance and semiconductor diode with the output emitter follower. Orig. art.
has: 1 figure. [DPI
SUB CODE: 06/ SUBM DATE: 23Jan65/ ATD PRESS: 5095
V11.

~
A IN Is' is $I

1!~, Wt U 4 a 41.111

004
~
O"Voctsfel AND 0,10FI&I'll .(,I#

OOA
**A

00 t

Amedit st"Ilke of 4
in: tv~ patent solution
ot cbmsk uW. A - I - Ay
=
Amwromes. )'Om4 rtjt4,,#
), -
P."3
Nam I;,I
o
-
r
k
1940
/
N
41 m
R
t
,
h
.
.
a
4
efe
.
;
-
m-,.--Thr truLin iliAmlvantstl" Ul ADOIlic uxulation Ific
cordins to Ittrulgough (C. A. ZOOM) arv thr little tc9it"I'vIl
j ) and the M~V~itY for increa%ins the potential imm
( I hr =
.
v
l I
ti
l
b
i
i
f
Th 00
o
v,
cim
e a
t
e o
poten
a
sy
11 to 5o v.
c

.3 inctcasitta the conen - of CrOj to 10~ Thib prfmit, A d, -
li
4
~ o0
00 tY -
v Ing the 4uAL
tfvtDW it, little to LN) t1list. without 0 0 coo

eel Ilw libis. The uptimull, cumliti-ft, -4 fix- Ptmv- as, :
, ! v
:w
lm pit U.J.5 W 11,11.41, C. A. 0.3 amp. ~J. .111, at 35
0011 v.; I'm Pitt? -it C. U.N. -I. (-..'I .,.,i I'l
ose
%. At pli higba than 11.8 fit, balisfact,wY fc%ult~ %tit
lt
d th
t
i
h
JU see
mum re,u
, ast,
owe
a
nt v ots. s
opt
obtained.
Ubtain"I at oil 0.10 O.W. W. R. Mint

Ct&tWfc&fow
914W f It
14601s .4 1 14111649 At GWV CDC
48112101tj
411411109 POV All

IV 10 n

* it V

- i
I
1A An V 111, 0 a 5 1 fir W 9 a

0
-m-mv
i 1
0 0 0 0 of 0
0 0 0 o 0 0 0

A
y
e l

A l
00- 1

Rrotwelm W cbrm, be&* for asaftWs.- A: t.
0o
.and Z. 1. Zbuvueva- Allid"YSUMOO"
U
vmj
kAp
0 u, I , &)-7.- The toax. allowshk comet. al CrOv
j4
U'%
6
i
: s tben
is Z10 N.A. to bothii for amodising Al. The beib
-
of an area
141 mucAr's
ai
i
ll
h
f O
"f
ca
truc
y n
ve
.
Irpmalel
ft
IA 1-2 sq. do./I. W Suln., (Stbodt U( Fr. M11O W Codleldq.

al auade areas. 1:40. c. d.. Oj8 amp-laq, den. and dwalkot
it of both
t
d wt
i
i
P
f 24 b
go s Star
e
wo p
r$.
eSetwat
m
o
reacbes Iff-12. The HvCrO4 kftVs an decreasing will,
mKvexive reScuffatfiams. The Ph anodes can be cleaned
at W-70' In a A)% Mo. of NasPO# W. water Slam 3D and
NUOU 6-111 t;.A.. B. 7~ Kamith
Off AtL Vft(.KAL Ull*-VIAC CLAMPKA110W
No*
100
.60
floe
cii -4~v il i
pw ir IN Ia 4
Be et
010 0 0 0 0 0 0 4 0 0

A,J-Cty*nA&ya arid Z. L
(Antfirm. (Air Ind.). IM(10),W-67
Itil"14".1 *rbr mail. miltmoble of f fill 1. roto gm. 111re
It. ft~t an-lainji aluntutium. The t--ath w Own wpiwelsini clet-insk,
using kold ati(A-P. ui &t% ants of I : dtn.',Iitn 44 m4ulo-ni onmi
mtm Of aresol. 1 3 401 c.d.. W:j aint.1tim.1; &&.i
'6141jon24hm PAvacrationisatarUdw6mOwftoil IWW64 1-o-
1~' The
W ZVI 'U IN'lut" of X1181,0, 30. water
.1o". cal. 1w t-learhA at
j14- 3o-. to]

5(4)
AUTHORS~-- Ut.Xanskaya-E. Z, S-epanyant-=, A, U SOV/20w124 9-35/62
Vinnik 11 1.
Ch-rg;V N,
TITLE-. The Cal-lilat--or- of the Fur~tion of Acidity and tne
Composition of Hydr.--tfluor--c A!!,--4d From the Data of the Nuc;lear
Magn?tlc frtei,-nan-~,-- of F119 ',Raschat funktsii 1-sictncsti i
moiekulyarnogo so,-,tava p',av--~ovoy kisloty po dannym yadernogo
magnitnogo rezonanga F 19 )
PERIODICAL: Doklady Akademil nauk 353R. 1959, Vol 124.. Ur 5 PP '1095-1098
kUSSR.)
ABSTRACT: Hammett s funet,"ort of acidity is measured by means of the indi--
,:ator metbod and amounts to ;fo - Ig all+.(f BlfBI14)' Here f B
and f.H., deur-7e ~:he coeffictent~i of the acti,.rities ~1' the
ionizpd and rot ionized forms of the indicator; a Ili, - the proton
activity in th6 eiven medium, In the aqueoDs aolution5 of HF
-there are the fol'owing kinds of equilibrium. HP 11 F- (2);
k~ .
HF HF'?' K a,+a,,,/a HF (4); K9 ' aHF,-./,HF,P-
Caz~ 1/3

The Calculation of the Function of Acidity and tb,~,- SOV/20.124.5-38/62
Molecular Compooition of Hydroflucris A,:14 Fro~n the Data :f the, 111~2ear
Magnetic Resonance of F 19
Here K 1 . 6.89,1o- 4 and K 2 - 2.695 denote the constants
of equilibrium expressed in antivities, From the dianotiation
equation (14) of hydrofluoric acid there follovit3,,
-1g a /a If the quantitles K FA
11+ - _'g "t'r' aF' HF 1~ HF~
and mF- are known it is pousitblo to calculate the acidity
function Fcir the piirp,--oe of determinirg quantitative re-
sults con,.-;ern14-ng the composition aad the a,lidity of' ~oncen.
trated. aqueous sclu~i-iiii of HP the authors carried out 19
measuremen:19 of ~:he sh1f-ls rf the =escnance of F
in aqueruo ;f hydrofiuoric acid, rif different concen-
tration,3~ Frr Lhe ihemi-,al shift to be observed and also for
a systeg, oonsA4jt.~.nc- rf aeveral interacting components expres-
sions aie wTitlen The Aemical shi_f*~ t(~, be observed ie
of the _,f magn4-toide (5,aq to 6.(Jg),IO"4
for the
vari-ous ~_er,,:.entratj_oi1* of hydrofluoric aoid. in order, therefore
Card 2/3 to be able to de-,etmine be ozidi'.fy function with ar accuracy

The Calculatior. of the o" Anidi*j and thp SOV/2'0 124 5 78/62'
Molecular Co-mpoiition. of A.~id the Data of zhe flu,-,aar
Magnetin Resonanc-e of F~lj
~-f -0,05, --'t k5 -:at,--".tiaT.Y -,ic% knov~ the obe-irvable -:hern~-,.tl
,31)jft Wit-), al- C,f ij'~' 4, Meanurempnire were carried
out in a vaAi-ttl,, f oersted. In the 01'
these mea,--4,uj *pven':~ ~~, E;aw of tho magnpt-i,: maj.y-,
field was uo,:Q- Th~- oblained by moasurements are 01r;wn
by a -r-ab.,B nd b.,, a 1~!a-,am At --on;entraticna of up t':l ~O %
i-hp ~axiati~,ns :,F -.he Fih:.f~ are wit'ain the 1--mi-C8 rf
maaswr--ng a-,-ro-s, Tia-e re-sul,-,s --~btaived by c&)7:-u1at1r'.g r;%),.eCU1a-,
composvzil-a arvd the a3-~dity funrt-ioa aerc. Zh,."- by es and
diagramt-;~ Th.re are 4 figures 2 tables, and 9 rafQver-0-11.
r) of whz,-,.h ara
ASSOCIATION: Inatitut -..xziki Akademi.i nauk SSSR (Inatitlate
of Chemiral Physi-c~q *.,f the Af.~sdemy o-f S--Ivn.,-es , USSP)
PRESENTED. Oz;zcber 29. ~956, Ir V, N. Tondratly-3-v, A,:,ademic'.an
SUBMITTED: O~;tobex 22- !958
Card 3/3

S/020/60/135/002/029/036
B004/BO56
AUTHORS: Yagupol'skiyj L. M*9 Bystrovt V. Fol and Utyanskaya, E. Z.
TITLE: Investigation of the Chemical Shift of the Magnetic
Resonance of Fluorine19 Nuclei in Fluorobenzenes With
Fluorine-containing SubutituentL,
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 135, No. 2,
pp. 377-380
TEXT: It was the purpose of the present work to investigate the effect of
fluorine-containing substituents upon the electron density distribution in
the benzene ring, and to determine the interrelation between the structure
of these compounds and their reactivity by means of nuclear magnetic
resonance (nmr). The shift in the ring of monosubstituted fluorobenzenes
caused by fluorine and referred to the resonance values of fluorine in
nonsubstituted fluorobenzene was measured and determined from the equation:
S = (HX - HC6 H5P)"O6/HC6H5F -Hxand HC6H5Fare resonance values of the
Card 1/5

Investigation of the Chemical Shift of the S/020/60/135/002/029/036
Magnetic Resonance of Pluorine19 Nuclei in B004/BO56
Fluorobenzenes With Fluorine-containing
Substituents
external magnetic field for P19 nuclei in the case of substituted (X) and
nonsubstituted fluorobenzene. Apparatus and method of measurement are
described in Ref. 1. The values for 8 are given in Table 1 for various
substituents in o-, m- and p-position. The authors discuss the data given
in publications for the interrelation between t and the Hammett constant a,
they compare the values obtained from various calculations, and found tha
substituents with positive conjunction effect ac cause a meta-position,
such with negative substitution effect, however, an ortho- or para- t/
position. Tables 3 and 4 compare the values of S P, 6P for the p-position
and of Sm am for meta-position. Besides, Table 3 gives the light
absorption Amax of 41-substitutel dimethylaminoazobanzene, which changes
similar to the chemical shift in p-substituted fluorobenzenes, and
indicates the existence of uniform electron displacements. There are 4
tables and 9 references: 3 Soviet, 7 US, and I French.
Card 2/5

Investii;at.,on of.the Chemical Shift of the S10201601135i'00210291036
I
Alagnbtic Resonance of Fluorine'9 N,,C,,-4 4n 3004/30r6
Fluorobenzenes With Fluorine-containin3
Substituents
ASSOCIATION: Institut or~;anicheskoy khimii ,%kademii nau'~ US31'L (Ir,,-.1ituIe
of Organic Chemistry!of tile Academy of' Scienceo
Institut-khimicheskoy fiziki Akademii nauk. SSSIZ (in-- 4.- i t ; t e
of.Chemical Physics of tho Academy of Scienceo USSR"
PRESENTED: June 1, 1960 by V. X. Kondratlyev, Academician
SUBMITTED--- May-125, '1960--
Card 3/5

S/.02" /601/13 5; 002/102,0/036
30043056
Xumxqecxtfe iunmrH 4)TOPB
ft3ozhHou xoshae
21i
SOjCFs -8,7 -4,7 -15,1
SCF, -7.8 -2,3 -4,7
OCFs +17.4 -2,3 +2.8
CH=CH-CF, -2,4
0
C;I<
9
+3
o ,
CF2
CF,
nd -to Table
Lege 1; 1) Chemical
ia e, r" - the
'hifts of fluorine i..
benzene ring; 2) subs'vituent
Card 4/5

-0 C;
0

C2

C;

v-,
C,
C;
Card 515
3smecuujib
S/020/6C/I 35/'002/102"/ G;,
B004/BO56
Legend to Tables 3 and 4
Substituent,
2 (in alcohol)
SOsCP; N% SOr-H, CN 0 COC"o Cp.
CF/

-10,8 - -9.6 -8,6 -6 6
1,03 0,78 0 ,72 0,66 0,81 0 5

CQ C;
mp (B cnlfpTe) 476 475 445 - M 447
ILI) -

S61CF, NO,- SOSCHI CN

-4 7
.
3 3
--
' 0

am
0: 7t
s
Ole
0:56 -2
1
54
CPS
8
0:43

L/ I P-wo
jo i)Ul.; ~~U-~j (,J~ !iZITplila la(luix-eu -IuLaasua
Ca~iu- P,~,LUTJ (Z') Z114-4 i;uli 4aU2dw aqd,
'3u ()6'1 30 Plu-L-T L' !JUIJ(!Pu-Au 4,~u.3uw '4u9u!;uu;Du POU' P; P TTUT3
1~ ;,~qvao'llauou; Jijj:rwua~,Juu o4j, ,,-0'[ Ui-;qq -L~jl'Oq .10 S~)Uaazl~)u uu
u,4 1);Dati~,u w i~q UuO '4UL4z;UOU U:~Jq~;L.L,4UL UL""-U~Clg *144 PUU S'J,.V~Ijs
*xai~-mj &uajun-r.i pu~ uaJ~jap-,~li &LuTi,~,4uoz) saoul.-is,itiv
j0 ux4ivao c-q pacm UGO'l :,Ut( Lol UT I
U1441A U4 4U-~jUU, ULu1j..1 ~VO'.JL' OUV-al Ljo-~Ijli
"'~ 0 uov4uTc;~3~.i v jwqr.-.~ad aqq u-L paqTaz~s~.,p
""t"'"Ju SL
akl,~&Uuj,~"us lE, Z iall't Ul 'Plbl.f ~~11.6uj~,U;
A4TT~',JU-+9 X3UGII;l'cs.1,T (D) [)UL- U'L PTa-fj 0j'4LUdt;LU ',)U,;43UUZ)
I
z;q4 (q'I u~~wpudz; ~,tij I-o ;,wnTOA G44 X~40 PI&IJ
u~j '0 14TWdo.;Tuli (U) -,U-1"LOjTO,, aqj, ,,q
jo uL)Tqrijo!3;'~.1 a-tlL
T, -(,-LuqTja TV Di Goi dad
A4ij J-UL
c "'j-11 'Auapxii
Auu6iiTTA
A/ 6
~~ '~" r"Klly-::~p S-,~) -, o,-2 -;~2
00,~OZO

Cj1,/6 1
wo I n/m III
P High -ZeFolution ~,ucle-r !-!Pjnptic Ref-onanne Annarntais
the parn1lelin-n of the workim- rurf',nrps of ih~-, pnlt--nlrr,~s;
(e) sneninl collF Pr~ locpterl on th, voins mid nr,~ vised. to
mooulnto- and adju-q the field; (d) thr,, fppn lcnf-t),. -ts 1.2 em nn,'
tho dt-mctpr of the workinr surrpco of t'no nole-nieres is ""' 1777.
In orc?--r to -i hiahly uniform fif~~ld the no.Lc
nieces hnve n thi6mess of' b cm -ire smert.-illy anne:nlerf in a
hydrog,on atmo~-,,here. Th- workinr? surfices ar~, n1nne to within
0.5 )w. The relitive. nnnuivLformity gf thq tri-vnetac field in th-
r7qntr-,.Ll region d-es not exceed 2 x 10- 0,fer a Volume of 1. Cm
Fig. '17 shows th- mn-rnetic field chnrt in th-n r-entrnl r)-.i-t of th-~
g -in , The nrobe is t11uqtrrt,nd in Fl,,,:. - . qhf~ suhstnnnr~ imrl-r
investiration is p1nced in the thin-wn-Lli-~ f-inr-.F 7,mprml- '4 vllich
is rotsterl nt P rntp of l(J UOO r-,m b-, !, fmnil nir turMne, T h
mulr~ is hpld J nor-Ition by tb- p~-rsp-~x rotor ? of ih*
turbine. The lower end of' th-- irmoule is centr,~r! hir n teflon hush
0 and rests on the T-.1--rAD-2X -
jolt,,~ 7. Th-:~ body of the nrnbe c~
is nntie froyn reci coT)nF,,r. The roil is wounr4 on th- ne-sn~x f'OT-,.-r
I: . Thp oscillator -s minrtz nzid vorks on thq "lr(,
C:;.r(i 2/1

,n700
E'u 3 ~d 11!
A Figh-Rer-olution ll-iiclenr M!:q-nptlc '~FIsonanrP. Apmiralur.
bprrr.onic of the w,,clvnicvl o!7(-illmtions oC the iiprt7 rr-!-nnzator.
T)entpiled circuits of' the -urwrl.7 orcl-Untor nn,l w7rv)lis
etc. nrn Frive. Fii:." -hows l t.,rni-nl sn-2ctrurn obt.nlr~!d t'nr
ethyl. alx-,ohol. Th- volum.- of' t.hr~ :7-iccli-nn )i rmm~ -d th- t1""
tnken to rer-ord the rnpftrum wns ~O spc. in th~~ volum-
.. p ment7, nr-
of the soccimen iies '-etveen 1, nrid Ir P7-.1 ~.cknowi,2dpr,
e--essed to K.V. 'Tlnr'ami-rsklv for -civice.
Th-nn nre 5 firrums nnd rr~fr:rences: I -'ov-LA nn,i 7 rion-"nviel..
s Fty: LA 9, 1 m :inrtitut k-,irirhpskov t'i7lki, t.74
(Inst-ttilte of Chemicil iiiysivs, A" TJS,~Q
SMT~~NTTTEP: .ebrw~ry
Card 3/3

BY6TROV. V.F.; UTYAUS"YA, E.Z.; YAGUPOLISKIT, L.M.
Magnetic resonance spectra of F19 in aromatic compounds with
fluorine-containing Bubstitnents. O'Pt. i spektr. 10 ao. 1:138,
141 ja 161. (MIRA 14:1)
(Fluorine--Spectra)

29987
S/076/6l/c35/011/010/013
SIM B101/B110
AUTHOR: Utyanskaya, E. Z.
TITLEt The spectrum of proton magnetic resonance of pentaethane
diferrocene
PERIODICALi Zhurnal fizicheskoy khimii, v. 35, no. 11, 1961, 2611 - 2612
TEM The spectrum of proton resonance of pentaethane diferrocene M
dissolved in C 6H 6 or M 4 was investigated at 19-3 Mcps. The synthesis
of this compound was described in Ref. 1 (A. N. Nesmeyanov, N. S.
Kochetkova, Doki. AN SSSR, 126, 307, 1959). The chemical shifts were
related to the reference signal of benzene. They remained unchanged at
concentrations of I from p - 0.2 to p - 0.06 (p - molar part of I). The
spectrum (Fig. 1) showed two lines. The narrow line lieg in the range of
ferrocene-ring spectra. Their chemical shift is 3.2*10- . The following
shifts of protons of the ferrocene ring relative to the benzene signal
were also measuredt for di-tert-butyl-ferrocene 3.2-10- 6, for dimethyl-
-6 -6
f:rroce 3.3-10 , and for triethyl-ferrocene 3.3-10 . The broad
C rd 173

29987
S/076/61/035/011/010/013
The spectrum of proton magnetic ... B101/B110
line lying in the range of a strong field (chemical shift - 5.4-10- 6) is
scribed to the C~2.groups of the ethane bridges, since It lies in the
pectral range of the aliphatic groups. The widthiNol of the narrow line
:
(measured at half height, measuring accuracy 15%) is equal to the width
of the benzene line within the experimental error limit. The width 4'011
of the broad line is much greater. This line is not an unresolved
multiplet because it is saturated at an intenser radio frequency field Hi
than the narrow liz~z. I dissolved in CC14# p = 0.11, showed the same
results. before baturation, &V" is.=65 cps, LP'=~ 14 cps for all con-
centrations. The main contribution to the relaxation time T 2 is made by
intramolecular spin-spin interactions, i. e., interactions of magnetic
moments of protons within a molecule. a VIA Ulf IT211 /T 2',4 1/5 holds. For
protons of CH groups, T 0-005 sec was cal6tnated from T
2 2"
Oxing to the theory of relaxation effects in liquids, the magnetic dipole
proportional'
widtaing, under otherwise equal conditions, is inversely
to rof where r0is the distance between interacting protons. The

27,7
S/C17 1/035/011/010/013
B~
The spectrum of proton magnetic... B101 B11O
estimation of-r0 conducted by Yu. T. Struchkov and 0. V. Starovskiy at the
Institat EOS AN SSSR (Institute EOS of the AS'USSR) on the basis of the
structure proposed in Ref. 1 produced r"' - -1 .9 X (for neighboring protons
0
of the ethane bridge) and r; - 2.7 9 (for protons of the ferrocene ring),,.
From this, Av'/6 ~#I;:&1/8 results. The obsezv4d ratio6v'Au",~ 1/5, there'
fore, does not contradict the struoture;~of 'the pentaethane diferrocene
proposed in Ref. 1. There are 1 figure and 6 referencest 2 Soviet and
4 non-Soviet. The two references to English-language publications read as
followat T. S. Paper, 0. Wilkinson, J. lnorg. Nucl. Chem., ), 104, 1956;
N. Bloembergen, E. M. Puloell, R. V. Pound, PhyB. Rev., _U, 679, 1948.
ASSOCIATIONs Institut khimicheekoy fiziki AN SSSR (Institute of Chemical
Physics AS USSR)
SUBMITTEDs October 4, 1960
Card 3

UTYANSrT;l igir Insifovich; MOBINSKIY, V.A., nauchny7 radaktor; KOPTEVSKIY.
D.Ta., redWctor; KRYNOCHKINA, K.V., takhnichaskiy redaktor
(Boller construction worker specializing in locomotive repair]
Kotel'shchik po remontu parovosov. Isdo 2-e, perers i dop, Moskva,
Toes. uchabno-podagogichookoe izd-yo, Trudreservizdat, 1954. 246 p.
(Locomotives--Repairs) (KLRA 9:3)

UIIANZY,l
4 ~~ Z.S.,
A
. 1. DANILOUCf,huss. 68,452, May 31, 1947

,UTYANSKIY, Z.S.; BRAGINA, M.N.
Molding compositions with wood filler having high electric insulation
properties. PlaBt.masay no*6;12-23 161v (KIPA 24:5)
(Resins., Synthetic) (Electric insulation and insulators)

AUTHORS: Utyanskiy, Z. S., Bragina, M. N.
S/191J62/000/008/004/013
B124/B180
T
TIT~ Dielectric properties of the :BHTr (VNP) molding compound
PERIODICAI: Plasticheskiye massy, no. 6, 1962, 17-18
TEXT: V14-th phenol alcohol-impregnated wood dust as filler,.tha stability
of the volume resistivity of molding powder based on a novolac and the
resol resin which was described earlier in this journal (no. 6, 1961) is
similar to that of K-214-43 (K-214-43) and OITTM-296 (OPPM-296) containing
combined fillers of oreanic and mineral types at elevated temperatures.
Ir-,en stored in distilled water however, F_ and tan 6, and the volume and
surface resf..;-;ivities have much higher stability than the other existing
eldctroinsulating molding compounds. The increased plasticity of the IRIP
material which compensates the internal stresses, is of great importance
for 'the injection molding of highly reinforced products. Its 2!near
coefficignt of expansion a is 25-1/0-6 from -40 - +200C, and 47-5-10-6 from
20 - 140 C. The tests were carried out at the NIIAvtopriborov (Scientific'
Research Institute of Automobile Equipment) under supervision of S. I.
Card 1/2

S11911621000100810041013
Dielectric properties of the' ... B124/Bi'jao
I
Kudryashov and Z. A. Shchegoleva. There are 6 figutes.
I
Card 2/2

L56665-65
Pc-4/Pr-4 K;
ACCESSION NR: AP5017831 Ur(/02 g6/6 5/"O'fo 11/0015/0075
yo S Ch franova, E. K.
AOTHOR Ut~anski Z. ne
TITLE- A tnethod for producing henol-aldehyde ermosett~ingresina. Cl&;s 39,
140. 171550
!SOURCE.- Byulleten' izobreteniy i tovarnykh znakc-v, no, 11, 1965$ 73-76
ITOPIC TAGS: plastic, thermoreactive phenolic resin, thermosetting plastic, phenol-
aldehyde resin
ABSTRACT: This Author's Certif$,cate introduces: 1. A method for p:vducing phenol-
aldehyde thervosetting msllns combined vith polar, and non-polar rubbers. The method
consists of condensing dimethylvinylethynylpheno] with an aldehyde n the presence
of alkaline catalysts. The 4hemical stability of the resins is imp:-oved by using
'jutyraldehyde. 2. A modification of this method in which the produ~:t is subjected
Itoadditional condensation with formalde4yde.
-ASSOCrATIOIt:- Gasudarstvennyy nauchno-Iss-ledovatt-I I sk-ly Nstltut plitaticheskikh
1/2

L 01151-" EWT(m)/9PF(c)/FwP(j)/T Rm
ACCESSION MR; AP5022002 UR/0286/65/0qq/91~/0076/0077
678 1644 ILA I
fit 1 7-1 -
AUTHOR: /Gosteva. 0. KI"(deceased); UtyanskiX, pssln,~b- M.; Runova.-S. N'.1
Rivkin& j, Ye. G. - Chefrinma, E. K. t~rqxb Wi "i L. A. -, Toinman q 1'. To,
y resins.
TITLX: A not' for producing-eyox Class 39, !1o, 172997
SOURCE: Byulletan' bobratenLy I tovarnykh xnakov, no, 14, 196S, 76-77
TOPIC TAGSs synthetic material, epoxy plastic, phenol
ABSTRACT: This Author's Certificate introduces a method for producting epoxy rest!
hardened by anhydrides of unsaturated dicarboxylia acids, );,Oichlorohydrin is in-
teracted with a phenol in an alkaline medium. - Posins wit:h high thermal stability
are produced by using dimetbylvinylenthynylphowl. or cresols or xylenols as the
phenol.
ASSOCIATIONt MoskovskLy naw1hoo-issledovatellskly institut'plastmatis (M"cow
Scientific Research Institute of Plastics)
SUBMITTED: ISM94 EKCL: 00 SUB CODEZ Kr
NO REF SOV: 000 OTHERs 000

ACC NO-,-b Ir3W~1~6 /Eli SOURCS CODEt UR/02 46/00h6j
AUTHORSt Utyansla~y-, Z!-S.; Kimelf, t-.A
ORG: none
lie' pC
TITLE: A method for obta~ang thermosetting phenol resins. Class 39, No. -176061
SOURCE: Byalleten' izobreteniy i tovarnykh znakovq no. 21, 19652 46
TOkC TAGS: resin, phenol resin, polymer, monocarboxylic acid
ABSTRACTi Thiq AVthor Certificate preaents a method for obtaining thermosetting
phenol resiMU on a dimer of dimethylvinyl-othinylphenol in an alkaline medium*
To obtain resins that harden with practically no formation of the vulatiles, the
dimer is condensed with a monohaloid containing monocarboxylic acids such as
monochloracotic or monoclilorenanthic acids.
SUB CODEt 07, 3-1/ SUBM DATEt 130ct64
UM 1 678.673

T 44372-66 E va (m IE,,,i P)ITIELy P
SOURCE CODE: UR/0191/66/000/004./0008/0009
ACC NRj AP6023058 CA)
AUTHOR: teva."O. KJ; UtyanskiX, Z. S.; Runova, S. H.; Rivkina, Ye. G.-, Tainman.
F. Ye.
ORG: none
TITLE: Epoxy resins based on phenols with vinylacetylene type substituents
SOURCE: Plasticheskiye massy, no. 4, 1966, G-9
TOPIC TAGS: epoxy plastic, phenol, phenolic plastic, vinyl plastic, IR spectrum,
adhesive
ABSTRACT: An epoxy resin was synthesized from epichlorohydrinland dimethylvinylacety
enephenol.4 The reaction product, distilled at 168-1690C at 3.5 mm Hg and crystallized
from alcoh6l, has a melting point of 42-480C and contains 17% epoxy groups. The struc
ture of the epoxy resin was confirmed by the IR spectrum. The epoxy resin was hard4n-
ed using maleic anhydride (85% based on epoxy groups) and benzoyl peroxide (1% based
on resin). The hardened resin exhibited a constant mechanical strength (12 kg/cm2 4
T=10 sec) in the 20-3000C interval and excellent- adhesive)bproperties (shear strengt4
of the steel-steel joint was 120 kg/cm2 and of t~e aluminum-aluminum joint was 79
kg/CM2). Orig. art. has: 2 figures, 2 formulas.
SUB CODE: ll/ SUBM DATE: none
Card
UDC: 67e.64314215

UTYSIIEV, V.; KAIASMITKOV, A.P., kund. L;~2~,n. r.,vJr,, r;e4ucfMyy rukovcdItell
Eliminating the seasonality of ropd con~,tr,,:ctilcr wr.,T.k in
logging industry. Sbor. ruiuch. r:b, :3tud. PetrozZlill. flos. Un.
no.6:107-112 162. 17:11)
1. Yafedra sukhoputnolp,,o transporta lesa Petrozavo6skorro ,os,,darst-
vennogo univorsiteta.

-UTYUZH, A.P.
Rail frogs could have a longer service life. Put, i
5 no.7:20-22 J1161. (FJRA 14:1C)
1.'Pomoshchnik uchastkovogo revizora po bezopasnosti dvizheniya
poyezdov, g. Bryansk.
(Railioads--Switches)

.ACCESSION NR: AR4032148 S/0058/64/000/002/AO15/AO15
.SOURCE: Ref. zh. Piz., Abs.'2A165
AUTHORS: Matalin, L. A.I'Utyuzhnikov, A.-Ne
,TITLE: Input unit for a multichannel semiconductor pulse height
analyzer
n 3
~CITED SOURCE: Tr. 5-y Nauchno-tekhn. konferentsii po yadern.
;radioelektronike. T. 2. Ch. 1. M., Gosatomizdat, 1963, 42-46
:TOPIC TAGS: pulse height analyzer, transistorized pulse height
analyzer,.multichannel pulse height analyzer, amplitude digital
code converter, analyzer input unit, solid state analyzer
The operAting features of semiconductor circuits for
the conversion of a pulse.amplitude into a digital code are con-
sidered. The operating principle of the input unit of a fully tran-
Q,rd - 1/2

!ACCESSION NR: AR4632148
~sistorized 128-channel ulse-height analyzer is described in detail.
!The input -.,nit is Aesigted for positive Pult-es with a leading-front
!duration 0.5 4sec ind Jith amplitudds up to-10 V. In the case of
!the maximum amplitude, the conversion duration is 110 4sec. .'The
!analyzer input is ilocl?ed for a timg that depends on'the amplitude
~of the analyzed pulse." The amplitule measurement errror does not ex-
F r
1ceed 1% when the affibient temperature varies between +20 and +50 C.
'No shifts in the spectrum were observed with an input counting fre-
~quency up to 8 kcs. The apparatus xias not subjected to a long-time
stability test. The schWatic diagram of the instrument is given.
;Yu. Semenov.
,DATE ACQ: 3lMar64': SUB CODE: GE, SD ENCL; 00
Card 2/2

'ACCESSION NR:
AR4032157 S/0058/64/000/002/AO17/AO17
SOURCE: Ref. zh. Fiz., Abs. 2A181
AUTHORS: Utyuzhnikov, Ao No; Chubarov, So I*
TITLE: Device for the determination of the ratio of amplitudes of
two pulses
CITED SOURCE:. Tr. 5-y Nauchno-tekhn. konferentsii po yaderne
radioelektronike. To 2. Ch. 1. M., Gosato.mizdat, 1963,.171-175
TOPIC TAGS: pulse amplitude ratio computer, analog divider, pulse'
height analyzer, analog ratio computer
TRANSLATION:. A device capable of dividing in analog form the ampli-
tude of one pulse,,by t)ie amplitude of another is described. The
division is carried out in t~iq following manner: a signal in shaped
in the form u (t) - v (1 -a-t/T), where v is the amplitude.of the
Card 1/2

ACCESSION UR: AR4032157
'-t/,c
larger of the tvo.investigated pulses. A signal u (t) - V (1 -e Y
0 0
is also shaped, with v a fixed reference voltage. The value of u 0( ti
is measured at theinstant of tim- T wben u (t) - v (V is the am-
1 2 2
plitude of the smaller.;Pulse). Then u (T) - v v /v", where v /v is
1 0 . 0 2 1 2 1_
the souOt quotient. The quantity (T) is registered by a pulse
lao
height analyzer. In principle this method makes it possible 'to carryl
Iout in analog form,arithmetic operations of the type x(y/z), where
xi, Y., and z are arbitrary quantities. The apparatus is constructed
in the form of an attachment to a 128-channel analyzer. The maximum
range of registered ratios is 0.1--l. If the analyzer memory is sub-!
divided in two parti3, the range of the registered ratios becomes
equal to 0.1--10. -Tne division operation is completed within 150
pec. The apparatus contains 35 tubes and draws 400 W from the line.,~
.Yu. Semenov.
iDATE ACQ: 3lMar64, SUB CODE: CPq GE ENCL:. 00-\
Card 2/2 J

D'YACHENKO,, P.P.; KUZIMINOV.. B.D.; KUTSAYEVA., L.S.; SFRGACHEV) A.I.;
UTYUZHNIKOV. A.N.
Correlation of the mass distribution of fission fragments with
the quantum characteristics of the nucleus at the saddle point.
Atom. energ. 15 no.3:246-247 S 163. (MM& 16:10)
(Nuclear fission) (Quantum theory)

-77-7
L '15529-63, F-u-4
-Ai"ICESSION M AP3005234 ~S/0056/63/045,1002/GDOB/0012
AMIORS: D'yachenkol P. nizIminov, -B. D.,1 Kutpayeva,- L. Z,; Okole-vich, V. M..*;
TITLE: Kinetic energy of fragments produced ia symmetrie flasion of 11-235 J?
SMMCE: Zhurn. eksper. i teoret. fiz. v. 431 no, 2, 1963o 8-12
TOPIC TAGS: Fission, eymmetric, kinetic energy, U-235o indue ed fission
ADSTRAM: The mean kinetic energy of the fragments produced in symmetrical U-235
fission induced by 7-, 14.5-, and 20-14eV neutrons has measured and found to be
constant,, within the limits of experimental error, 'Just as in the case of a
opwietrical fission. This refutes the hypothesis made by Selitskly and Eysmont
(Zh- el"Ill- i t"Mt- fiz, V, 43, 2005, 190) thAt ny=tria fission 13 a fast
pvoctrja. The hypotlieol!j by Kovitlenkup Vola-zlinklo wid Adivtov (AtonmAya ener(rtyft
v. 13, 474 , 1962) that symmetrical fis3ion iE of the subbarrier type is likowl3v
refuted. The results are interpreted from the point of viev that the tvo tames
-ot fission correspond to tuo barriers. "The iuthors are indebted to Prof. 1. 1.
53ndarenko and to N. S. Rabotnov for a discussion of the results.
Pal d-

-n64h-66-
L EWT(ra)- DJAAP
kCC N AP6001570 SOURCE CODE: UR/0120/65/000/006/1)067/0070
AUTHOR: Broder, D. L.; Panarin, M. Utyuzhnikov, A. H.;
Khamlyanov;~. F, Y
ORG: none
TITIE".. Anticoinoidence gamma-ray scintillation spectrometer
SOURCE: Pribory i tekh&a eksperimenta, no. 69 1965, 67-70
TOPIC TAGS: pamma spectrometer, scintillation spectrometer
ABSTRACT: A total absorption gamma ray spectrometer is described. It
was equipped with a 50 r 100 mm NaI(Tl) anticoinoidence crystal. The
central crystal measured with CS137 had _a 10% energy resolution. .,,at
662 kev. The gamma-ray spectra from Zn65, Naz~ and Po + Be sources
were measured. The measurements also included the gamma spectrum orig-
inated in a Sm149 sample by the (n,'v ) reaction. The sp,7,,tra ware
graphically illustrated for the circuits with and without antiooinci-
denoe pulses. The spectral line shapcs obtained with one-crystal speo-
trometer wm,ecompared with the lines obtained from tha anticoincidence
spectrometer equipped with the same NaI(Tl) crystals. - The spectro-
meter was designed for measuring spectra of L-amma rays resulting from
resonanae capture of neutrons. The usefulness of this spectrometer for

L 3-1644-66
FACC NRs AP65001,570
analysis of complex spectra at high efficiency was demonstrated. A
schematic outline of the spectrometer arrangement and an electronic
es cited in the
o ircuit diagram , are included. , According fl,to _. referenc
paper, the described spectrometer was similar to the gamma-ray spectro-
meter used by 0. 0. Bostrom and 1. R. Draper. (Rev. Scient. '.instrum.
1961, "'t21 38 and Nual, Phys. 1963, 470 10P-',, Orig4 art. has:
4 figumn. [22)
SUB CODE: 20 / SUBM DATE: IgDeo64 ORIG IM 003 / OTH W_ 004
AW PRESS): I/
F

L 'W79,3-66 -;:',q T ( I
ACC NRs AR6o17199 SOURCE CODE: uR/oo58/65/OOO/O12/AO33/AO33!,
AUMOR: Matalin, L. A., Timokhin, L. A.; Utyuz" A. N. ; Florentsev, S. it.
TITLE., Ot-channel pulne-helFht analyzer with average dead time of I liaec
SOURCE: Ref. zh. rizika, Abs. 12A316 il~
REF SOURCE: Tr 6-X Nauchno-tekhn. konferentsii po yadern. radioelektron. T. 2. M.,
65,
Atomizdat, 19 1 136-146
TOPIC TAGS: pulse height analyzer, digital analog converter, pulse counting, com-
puter memory, binary code, arithmetic unit, memory address
ABSTRACT: The authors present a detailed description of a 64-channel analyzer with
average dead time of the order of 1 psec, intended for operation with input pulses
of both polarities and with rise time 0.2 - 0.1i ILsec. The range of positive pulses
is 0 - 100 v, and that of negative pulses 0 - .10 v. The analyzer operates in the
following manner. The input signal is transformed into a proportional time interval
by the linear discharge method. This interval is modulated by a measuring series of
10 Mcs, which is reP4 by a rapid address counter. After termination of the conver-
sion, the binary code of the address in parallel form is transferred through gates
into an address registerp which controls the drive of a fast memory 'With a dead time
interval of 1.25 lisec and with a channel capacity of 4 binary digits. The storage
in the rapid memory is with the aid of a fast ariLhmetic unit, the overflow signal
of which transfers, through the gates, the code of the corresponding address into

L 34793-66
ACC NRI AR6017199
the register of the main memory (ferrite-core) with effective resolution time of 10
psec. The control circuit of the analyzer Is no constructed that the fast address
counter, the address register of the fast memory, and the register of the main memo-
ry are used for additional equalization. L. 0. (Translation of abstract)
SUB CODE: 09
Card-2/2

ACC NR%
AR7002218 SOURCE CODE: UR/0271/66/000/010/B013/13013
I i
AUTHOR: Utyuzhnikov, A.' N.
TITLE: Preliminary processing of data in an analog form
SOURCE: Ref. zh. Avtomatika, telemekhanika i vychislitellnaya tekhnika, Abs.
1OB136
REF SOURCE: Tr. 6-y Nauchno-tekhn. konferentsit po yadern. radioclektron.
T. 3. Ch. ~. M., Atomizdat, 1965, 89-97
TOPIC TAGS: analog system, data processing, computer calculation, pulse signal,
pulse amplitude modulation, temperature coefficient, adder, analog computer
ABSTRACT: A study was made of the possibility of carrying out computational
operations on variables represented by pulse amplitude values, for subsequent
statistical processing using generalized characteristics. It is shown that by using
a pulse stretcher for storing input signal amplitudes during the realization of the
calculations, a time integrator, a comparison circuit which forms'the output
signal at the moment when its input voltages are equal, and an adder, it is possible
Card 1 / 2 - UDC: 681.142.33

ACC NR! AR7002218
to realize the operation of addition, subtraction, multiplication, division, raising
to a power, and root extracting, as well as time-amplitude and amplitude-time
conversion. Schematic diagrams are presented of devices which were developed
and are used in analog computers for computational operations on pulses with an
amplitude of up to 8 v at a maximum realization time of 10 microseconds. The
stretcher is characterized by integral nonlinearity in the operating amplitude range
of not worse than 1016 at a flat peak drop of not more than 1% and an operating load
of I kohm. The temperature coefficient is equal to 6 mv/deg. The nonlinearity of
the integrator does not exceed 0. 29/6, while the temperature coefficient is 2 mv1deg.
The comparison circuit uses a tunnel diode, while the Adder uses feedback
amplifier. Orig. art. has: 9 figures. Bibliography of 10 titles. [Translation of
abstract] rNTI
L
SU13 CODE: 09, 12/
Card -2-/ 2

M7
~~i- ".~O-Lmv
Si
groups
"
rm"
ar'

Ie rip"k, t~" w~lrk

"2. a, 'Ind
in
A ll-quasi~
aq

-r CV-C-F-,, TZ~ If IZ n"Fl-f ""A.
is proup,.and it-;s proved n

------ I 1 -15
R Ida ava noted ("t

M7
itas a oric-Sided
j
isairn Art
nf crdu

f iria-mccuiVele
d F

RM~ IM

.71 --79 '1-
F
9r 11
-f -Q
J~"- f!
of tht-
funmorls.

c A lir
Vitamins F am4 R. troatment for smti* lonns of 098-4
otift"". Fratw6jelt Wantla%auty aud I'Allef 1,111
(Wnk~L%w Unly.. WfuclAw. F%--- - -
549 -Thfm ilms mifferiviff freim 11ini-I evre 11-1
were cufed by fmlhig with linft.-ett oil (vitAmin F) and ve"'I
(vilAinin lie). 1. Z. Rolmls

U
FOLAN,)/Tur3ore u-4
Abe Jour ; Rof Zhur - Bicl., No 6, 1958, No 27800
Author t Wandokanty, Fr., Utzig, J., Kotz, T.
Inst i Not Given
Title z The Effects of Wocdknobs frcr- the Birch Bark on Spontanocus
Canino Twors, Especially on Breast Tumors.
Orig Pub r Mod. wotoryn., 1955, 11, No 3, 148-151.
Abstract to liqur.
.WLr~Ls 'botulinus and Poria ob hydrolysatos wore ad-
ministored -Co-2 ~_oggs with- -apo-n-t-aneou's' emcor of the breast
resulting in a rapid irprovenent of their gonoral health, thus
parnitting surgical intorvention. Histologic chenges in the
tumor consisted of prcgressivo necrosis of the cancer colls
and in overgrowth of the connective tissue. Those rosu!ts
wore probably obtained because of a selective action of cer-
tain substances which wore part of the hydralygatos used.
Ca*d 1/1

POLAND / Diseases of Fanj Animals. General Problens R-1
Abs Jour : Ref Zhur - Biol., No 17, 1958.. No. 789o6
Author : tzig, Jcpq;C;_Fandokanty, Francir~zek; Wavenberg, Lech.
Tr_~
Inst Dlot 3 ven
Title Treatment of EndoGenic Eczema in Dogs by -~njcctions of
a Peptone Solution,
Orig Pub Med. weteryn., 1957, 13, No. 3, 153-158
Abstract 10 dogs with chronic eczema were subcutaneously given 2-5
ral of a 20-30% solution of peptone through a day or
twice in a week. After the injection, there were ob-
served spasnodic contractions of the muscles,, increased
temperatures of the body to 400) sometimes shock pheno-
mena. Full recovery set in In 3-5 weeks. In one case,
a relapse of the illness was noted. Reasons for tho
appearance of endogenic oczenas and methods of treatment
are discussed.
Card 1/1

Ou : 1,"r Y'
CAT_".rOp"f 1 4!. i_" 'I J.' ~J;I t 61) 1
-.:cntal
5(j.; 16
t:ic- _Spuu 'u lyporu* bett;j inw- w, -Licics,rIf-- Tivror
GRIG. PUB. : led. ,eteryn,j 195-7, Vol.i_--~'
~~-G
RD
: As thc.- resuLt of extracting
ae z-~ecies P. betidinus ith etlier, Ali a..:,fi vl;j~j
C
i-r~ in tue Clask, of th... T;i
acio 'Bias been immimi polyporinic aci,I (I put;-
se-;. es -in itritibit-tiC activItY ntll Lie
.,;owt.i of a number uf aciti-re.~ist-tnt hacteri-i and,
11 ' ifzu3 of, U_~ brucella -'roap. roli is
.11 C 1,001WIli I
.!ioro rv~4i~~t-lnt t~ tite action 0" 1, ali(, 'iVI),4t'Ae;
var. aurvus re prr.)(mces I!V!!I' in t1w
i,q-/ml of i. Tre ;~ntiblotlc 'prv!lerliv~! .41w t".'
C3.'IjAef.e abserice of of I r)ro:',-t-J t-*xf! ilLl~
t.*,,rrs t-, stu..y it--, erfec;tm on t1inlors clinically.

NR, AP5027493 SOURCE CODE: PO/0071/65/0
0528
AUTHOR: Baduraq R* (Dirdctor, Docent, Doctor)-, Modrakowaki, A.-Mottrakovski, A.I.
Osinski, B.--Gsinlaki; Bol Utzig J.--Uttaig, L
/7
ORG: Departrent of Surger7,. VetLsrdnary Faculty, WSR, Wroclaw (Katedis (litrurgii
Mydzialu Wet. WSR)
MIE: Effect of controlled respiration on oxygen and carbon dioxide le.Vpls of the
blood
SOURCE: Vbdyc~rna weterynaryjna, no. 9, 1965,525-528
MPIC.TAGS. suaVry, anesthesiology, respirator;, biocheTrdstry, oxinetry
ABSTRACT: Experiments were conducted on 3 groups of dogs to determine
whether controlled respiration is equivalent to natmal respiration
in successive stages of anesthesia and also to determine the effects
of hypo- and hyperventilation. Controlled respiration is de2cribed as
artificial respiration combined with biochemical control of cxygen and
carbon dioxida levels of the blood in such a way as to accelerate or
retard the no,,,,mal respiratory cycle during surgery, Basal anesthesia
was induced in the experimental animals by chlorpromazine (0,1 mg),
atropine (0,5 mg) and dolatine C50-100 mg): A tracheal tube was
inserted during narcosis produced with barbiturates. Natural respira-
tion of animals was inhibited with a curarizing agent (Flaksedil 0.3
mg/kg) In 15-20,min, A "Cato" machine (made by Drager) was utied to
0 -,