SCIENTIFIC ABSTRACT BLINOV, N.O. - BLINOV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205520009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

TRAKHTENBERG, D.M.; BIRLOVA, L.Vj BLINOV$ N.O.1
ROZANOVA, T.N.
Isolation and propeirties'of some
antibiotics-pigments from a
culture fluid of strain No. 2844-31 of Act.
prunicolor.
Antibiotiki 7 no.9:776-783 8 162. (MIRA 15:12)
1. Vsesoyuznyy nauchno-iseledovatellskiy institut
antibiotikov.
(ANTIBIOTICS)(ACTINOMYCM)

BESHETOV$ F.D... ~L
~01~~ N.,.O,.; KHOKHLO`V, A.S.
Chromatographic comparison of polymyoin vith some
strepto-
thricin antibiotics. Antibiotiki 8 no.W04-3-10
F163.
WIPA 16:7)
1. Institut khimii prirodnykh soyedineniy AN SSSR.
(ANTIBIOTICS) (CHROMATOGRAPHIC AN&LISIS)
(POLYMUIN)

~~N*O.; VORONIN, V.V.; OROYEVp LI.; BQIMWVp A.S.
Automatic camera for ohromatograpby on paper. Labdelo 9
no.308-59~Nr 163. (KMA 164)
1. Institut khinii prirodnykh soyedineniy AM MR.
(PAPER CHROM&TOGRAM)

HMOT, IN.O: YAKUBDVj G,Z,l- ARTAMCVDVAaI.; KHOKHLOVA, YuoM,
Isolation of antibiotics of the mycetin-violarin group by
paper chromatography. Antibiotiki 7 no.3.2tlO63-1069. D 162.
(MIRA 16:5)
1. Institut khimii prirodnykh soyedinemiy i Institat Mikrobio-
logii AN SAM
(ANTIBIMIGS) (PAPER CHRCHATOGRAPHY)

KHOKMVA, Yu.M.; PUCHNINA, A.r.; E~:ON.,--
Paper chromatography method in the study of
heptane anti-
biotics Noon 2339 and Z789o kntibiotAi 8
noorl-1417-422
(HIRA 170)
1. Thstitut mikrobiologii AN SSSR i Institut
khImii prirodnykBL
soyedinenly AN SSSR.

, BLINOVP N.O.; KHOKHLOVp A,$,
Deteat.lon of antibiotics by paper chromatography.
Antibiotiki
. 8 no.8:751-1,62 Ag 163. (MIRA 170)

,WT.,~QpS OPARYBHEVAI Y6. F.; -KHOKHDVA, Yu. M.; YAKUBOVI G. Z.;
IIUCBNINA,, A. V.;
BL
FEDKIRA~ H. G.; KHRYASHCHEVA) K. M,; KHOKHLOV., A. S.
"Classification of antibiotics according to 'chromatographic
spectral."
report submitted for Antibiotics Cong, Prague, 15-19 Jun 64.
Inst for Chemistry of Natural Compounds) Inst of Microbiology, AS
USSR, All-Union
Res Inst for Antibiotics, Moscow.

BLINOV, Nj.Q~; FEDIKINA, N.-G.; OPARYSH.EVA, Ye.F.;
F14OKPIO'V, A.S.
......
Methods of tho c3ausification of antJbloticu in the early
st.agas
of their study. Izv. AN SSSR. Ser.. biol. no.4c533-545 JI-Ag
164.
(MIRA 17:10)
1. Institut khimii prircdnykh soyedinenly AN SSSR 1 Vsesoyuznyy
nauchno-issledovatellskiy institut antiblotikov.

PREOBRAZHENSKAYA, T.P.; MAKSIMOVAt T.S.; BLINOVp N.O.
Study,of the green pigments of some actinon7cetes
species by
paper chromatography. Antibiotiki 9 no.llt963-970 N
164.
(MIRA 1823)
1. Institut po lzyakanlyu novykh antiblotikov AMN
SSSR i
Institut prirodnykh soyedineniy AN SSSR, YoBk-%,a.

BLINOV N.O.; MOROZOVA G.R.; KHOKHLOV, A.S.
Comparison of coelicomycin witb the red-violet indicator
antibiotics. Antibiotiki 10 no.8:717-722 Ag 165.
(MIRA 18:9)
1. Institut khimii prirodnykh soyedineniy AN SSSR, Moskva, i
Institut mikrobiologii i virusologii AN Kazakhskoy SSR, Alma-Ata.

KUBOV, G.Z.; BLINOV N 0 . SERGEYE-VA, LN.; ARTAMONCYVA, 0.1.;-
MOKPLOV,
A.S. _:~ ~-17' I
Mycetins B1, B2 and C, the new antibiot3cs of the rhodomycin
group. Antibiotiki 10 no.9:771-776 S 165, (ICTRA 18:9)
1. Institut kh-*Imi:L prirodnyk-h soy-edineniy i- Institut
millxobiologii
AN SSSR., Moskva.

MCRMOVA VETLUGINAjP L*Ae; YEGOROVp TS, A,; BLI-ROV N 0
-XIMIRIT",v A*S*
fteicochemical proportion of celicomyoin fractions, Trudy Inst.
mikrobiol. i Tirus. AN Kazakh. SSR, BtLU-3-16 165.
(MIRA 18: U)

ACC NR, A-11010708 SOURCE CODES ~UR/0384/66/000/005/0043/0047
AUTHOR. Blln6v*-I~.a (Candidate of physicomathematical sciences)
ORG: none
TITLE: Atomiq timo
SOURCE: Zeml.ya i vaelannayap- no. 51 1966t 43!,-47
TOPIC TAMOt atomic clock, quartz clock, atomic time, astronomic
time,
earth rotation
SUB~CODZ: 14$103
ABSTRACT:
This feature article describes quartz clocks,, a=onium and cesium
Xroquency standards and other modern means for procise time
detenaxna-
tion. For oximple, it is noted that tho use of coaium atandardo
in com-,,
~bination with a quartz clock has made it possible to create a
basically
now time standard independent of the carthts rotation. Me
resulting
time scale is known as atomic.timoo The abbreviation is TA-1; its
uni-
.formity is considerably greater than that obtained from
astronomical
observations. The introduotion*6f.atomio standards in the time
service
has considerably changed their problems. Whereas earlier
astronomical
observations were tho.only means for obtaining a standard second,
and
Card -1/2

ACC NR: AP701070~
therefore wore~vory impoAant, now their role has decreased someAhat.
7ho duration of the astronomical second changes due to the
nonuniformikv
of the carth's,rotation and therefore atomic time TA-1 gradually
differs,
astronomi~al'timeo- During the last eight years TA-1 time has
deviated from astronomical time by.apprqximately four'seconds. The
existence of two different time scales is inconvenient and therefore
TA-1 time is not used in transmitting prociso time signals, but
another
one is used oftich differs very little from astronomical time, Me
uses
of these two different scales and how they compare with one another
are
'discussed in detail. Theavailability of those new time standards is
~W~ possiblo,mora preoioe study of changes in the earthts rate of
rotation and is yieldingnew information on the internal-structure
of-,
the Garth.' Orig, art. hass 4 figures. LJ-PRS: 40,291

BLINOV, N.S.
Possible system of -Lhe general c4.;A;~,Ieg of"
'.IT-,e s-riaic~-~c of
11
the U.S.S.R. Astron.zhur. Al no.',':,~90-992
-1. Gosudarstwmnyy astronomichasli-iv Intituitut
J.-m. 'F.K.Fhternberg.~%.
(MTTfA .117:)-0)

,kct--'I~SS I ON- ?TR
-xi IN
I
MILEt Pwsible artm, of a emnazil catalo-Sue of SSS-Tt + imp !i n i
Antrmmilch~f,-lefy r-h=nftl) .7. 41) no.
TIOFIC VC~13: ge-e-n-,l SSSR cataloc~ue, PIO ont-alowr-Up F,,l.,
lf-m-0 ar P, -t Ila
il,V vat, ompillng cntalogil--s o? the riot -Ln-~nn4j
-"Aicato
1/2

SURGUCHEV, G.D.; BLIN V, O.M.: YAVOYSKIY, V.I.
Control of open-hearth furnace malting by the composition of
the combustion products, Izve vys. ucheb. say.; cbern. met.
no.706-61 162'. (MRA 15:8)
I* MQakovakly institut stali i aplayov,
(Open-hearth process)

K&GANOVp T.Yn.; XJNOV,. O.M.; SURGUCHEVj G*D.; RffSS, M.R.
Optimum method of calmdating the heat absorption of
open--hearth
furnace baths. Izv.vys.ucheb*zav*; ohern.met, 6 nool:194--200
t63. (IMU 16:2)
11 Moskoveldy inatitat.stali a splavore
(Open-hearth furnaces) (Heat-Transmiosion)

SURGUOREV, G.D.; BLINOV, OOMOJ UYSS) M.R.; YAVOYSKIYJ V.I.
Automatic contidi of charging and preheating periods in open-
hearth ameltibg. Iiv. VYO. ucheb. zav.; cherne met, 6 no,9:
39-44 163. (MIRA 16:11)
1. Moskovskiy institut stali i splavov.

GLINKOV, M.A.; KAGANOV, V.Yu.; BLINOV, O.M.
Obtaining information necessary for the optimum control of
thermal conditions in furnaces. Izv. vys. ucheb. zav.;
chern.
jnet. 7 no.1:162-165 164.- (MM 17:2)
1. Moskovskiy institut-stali i splavov.

GLIWOV, M.A., doktor tekhn.nauk; KAGANOV, V.Yu.,
kand.tekhn.riauk; SLESAREV,
V.I., inzh.; :TYSS, M.R., inzh.; BLINOV, 0.14., inzh.;
SURGUIlCrEV,
G.D., i.nzh. . n,"
Computing equipment to determine the heat absorption by
carbon
content in an open-hearth furnace bath. Stall 24
no.2-.120-123 F 164.
(MI RA 17 19 )

GLINKOV, M.A.; KAGANOV, Yu.V.; NADZHAFOV, E.M.; MIJGARAB-
SAMEDI, K.R.; MAGERRAM-ZADE, R.D.
Calculationmethod.for obtaining ourrent information on heat
exchange processes in soaking pits. Izv. vys. ucheb zav.;
chern. met. 8 no.9:187-191 165. iMIRA 18-.9)
1. Moskovskiy institut stali i splavov.

SURGUCHEV, G.D.; BLINOV., O.M.; REYSS, M.R.
f. , 11 ml~*-MNIAIr",,,~
Control of open-hearth furnace production with the use of
computers. Metallurg 10 no.6:17-19 Je 165. (MM 18:6)
1. TSentrallnaya laboratorlya avtomatiki i Moskovskiy institut
stali i splavov.

PILINIK, G.P.I_EINOV, I.S.
Investigating contact micrometers. Trudy GAISH 30:1~~163 161.
(MIRA 14:8)
(Micrometer)

AINOV N.S.
Some,remulto of
the activity of the T"- Service of the
Shtemberg Astroncmima Institute dur#g the International
Geophysical Year.' Astron.zhur. 38 no-41706-723 JI-Ag
161,
1. Goaudarstvennyy aotronomichesW institut im, PON,
Shternberga.
(Aars-Catalogo)

al-llvov /V. Yet, I
USSR / Forest science. Forost Culturcs. x-4
Abis jour Refe Zhur - Bioloaiya, No 17, 1958, No- 77516
Author
Inst FolvoUhs Vorost-Tachnical Institute
Titlo Ififluonco on the Success of Cultivations of ~bthods of
Embedding the Roots of Pine Seedlings
Orig Pab Sb. stud. rabot, Povolzhsk. lesotokhn. in-t, 1957,
vYP-
16-2o
Abstract No abstract given
Card 1/1

inzh.
b.,ST3P.4NOV,D.P.,inzh.,TAKIMOV,I.D
nzh., SUIACH'G.Te.,inr
BLIYCIV
'fVAITOV,A.S., red., SWIFOV,S.14.,red.; OSOKINA, A.M., red. izd-va:;
B4ORtIRINA,A.M.,tekhn. red.
[Standard technical BDecifications for buildipg logging roade]Tipovye
tokbuologicheekle provila'proizvodstva rabot po atroitalletva
lasovoznykh dorog. Moskva, Goolesbumizdat. Vol. 2 and 3'. [Automobile
roads] Avtomobilinye dorogi. N.j,[Engineering structures]
Stroitelletvo
isimsstvennykh soortimb,anii..1957, 415.p. (MXRA 11:10)
I*Moscow. GosudarstvenW._~neiitut po propktirovaniyu lesnogo*
transporta.
(Bridges, Wooden)

JUJN011, C' Sri BELENIKIY, Ye.L.1 BRAUSEVICH, S.T.;
DOROKHOV,B.A.;
ZIGMUND, F.R.; ITSIKOV, G.B.; LEVER, A.A.-;_ I .
LESHCH-BDRISOVSKIY, A.I.; MURTUZALIYEV, S.A.; PIIR, A.I.;
YUZIKHIN, Yeje.; YAKIMOV, I.D.; SHCHELKUNOV,.Y.V.)
retsenzent; GONCHAROV, A.F., otv. red.; KORCHUNOV, N.G.,
otv. red.-NIKOLIMY, B.V., otvs red.; POOiRRIOV, G.A-
(deceasedi; SLUTSKKR, M.Z., red. izd-va,- SHIBKOVA, R&.,
tekhn. red.
(Lumbering; land transpp'rtation of timber]
Lesozagotovki;
=putnyi transport l6sa. Spravochnik. Mosk7a, 4osles
dat, 1962..-504 p. (HIRA 16:7)
(Lumber-Transportation)

SHMAKOV, Aleksay Timofeyevioh; ",QY
Sfp:, retsenzentj
BAZICHENROp L.P... retsenzent; KROTOV, V.R., red.
(Manual for bu-Udoz erj, scraper., and grader operators]
Posobie bultdozeristuj skreperistu i greideristu, Mo-
skva, Goslesbumizdatj, 1963. 153 p. (MIRA 17:6)

BLINOV,, inzh.
Portable mortar mixerinstallations and painting stations.
Transp.
stroi. 13 no.904-37 S 163.

AKHKATOVj A.P. B O-V.--P.I.: BOLOTIN, V.F.; BORODIN, A.V.,-
GANIM Pf.,--72MSKIY, Ye.K.,- KOVAN, I.A.; OGANOV, M,N.;
PATRUSHEV, B.I.; PISKAREV, Ye.V.,- RUSANOV, V.D.; SVIOLKIN,
G.Ye.,- STRIGANOV, A.R.; FRANK-KAMKMSKIY, D.A.; CHERaMH,
P.A.; CHIKIN, R.V.
[Magnetoacoustic-resonance in a plasma] Magnito-zvukovoi.
rezonans v plazme.' MosWas In-t atomnoi energii, 1960. 23 P.
(MIRA 17:2)

83757
S/056/60/039/003/002/045
B004/B06O
AUTHORS: Akhmatov, A Pat Blinov9 P I.t Bolotin, V..F., Borodin,
As Vat Gavrinj P* Pa , Zavoy*skiyg Yea Kat Kovan) le-Asp
_Ug_a_nov'-T. N., Patril 1'jv-' B. I., Pi--gKarev, Yea T.-I
Rusanov, V. D., 9-molkin, G. Yea, Striganovq A. Rev
Frank-Kamenetskiy, D. A., Cheremnykh, P. A., Chikin, K. V.
TITLE: Magnetoacoustic Resonance in the Plasma
PERIODICAL:, Zhurnal eksperimentallnoy~Vi. teoreticheskoy fiziki,
1960,
Vol. 39, No. 3 (9), pp. 536-544
TEXT: The authors wanted to study the penetration ofoscillations into
the plasma taking_place trans,v6i7sally to a static magnetic field.
From
the physical point. of Yl'.ew, -this, p:-ocess has a course similar
to,
acoustic. osdillattonbv,.-with -the.~,,di~,ference that the magnetic
pressure
11:2/8-~'-_~_imd_iiot :. the .'-g-as~ pressure is. eff sot i'v.d-,
here. (1) is writteli-4own..'
as a resonance condition:- cxHOMP'ni -'1, where a is a dimensionless..
number characterizing the type of oscillations, Ho the strength of the
Card 1/4

Magnetoacoustic Resonance in the Plasma
83757
S/056/60/039/003/002/045
B004/BO60
static magnetic field, the density of the plasma, (J the cyclic
frequency, and R the radius of the plasma cylinder. The following is
written down for the radial amplitude of the plasma motion velocity:,
Vr -, guph/H.,-z,,i/f4nf (H strength of the magnetic alternating
field,
Uph = phase velocity of the magnetic field). The interaction of.an
electromagnetic high-frequency field 9 with a cold plasma was
experimentally investigated in a cylinder in the presence of an axial
quasistatic magnetic field Ho. Fig. 1 shows the scheme of the
apparatus,
used for the experiments. In one such experimental series the
alternating
field had a frequency of 12-5 Mo/seco while in another series the
frequency was 50 Me/8ec. The plasma glow was recorded by means of an
~~'J-19 (PEU-19) photomultiplier and an OK-17M (OK-17M) oscilloscope,
while the penetration of high-frequency oscillations into the plasma
and
the radial amplitude distribution of the magnetic alternating field
were
studied with the aid of a magnetic probe. The experiments were
conducted
with hydrogen, helium, argon, and air at an initial pressure of
Card 2/4

83757
Magnetoacoustic Resonance in the Plasma S/056/60/039/003/002/045
B004/BO60
10-4 - 600-3 torr. 'The osoillograms of Figs.- 2,3 show that
res.onanoe.
phenomena'appeat i4.the range between 300 oersteds and 5 kilooersteds.
Fig- 4 shows the effect of-resonan.ce on the spectral lines of
hydrogen.
There is a-dependence o 'f-the amplitude H. of the.magnetic resonance
field on the ampLitude of thb'H-field, Fig- 5 shows the spatial
distribution of the amplitud.e~Hr of the resonance field in hydrogen
and
argon. As may be seen from Fig. 6,.the resonance shows a fine
structure.
This effect is being further investigated. A gas temperature of 2-5,ev
was calculated from the Doppler broadening of the Hp line (Figs. 70)
corresponding to 0.8 A. Experimental.data for Hr confirmed the
-validity
of equation (1). Experiments with argon at frequencies above the
hybrid
frequency yielded no appreciable difference as compared with the
effect
observed with frequencies below the hybrid frequency. The authors
assume that the appearing oscillations,propagated obliquely, not-
perpendicularly to Ho-~ T-his was'confirmed by measurement of the
azimuthal component of the magnetic fielLd HA (Fig. 9). The authors
thank
I. V. Kurchat6v, Academigian, for interest displayed in the work.
There
are.g. TI-g-ures and 4 refe'rences: 2 Soviet,,1 US, and 1 German..
Card 3/4

Magnetoacoustic Resonance in the Plasma
83757
S/056/60/039/003/002/04-5
B000060

I /Po~ /Po 4i,,"Ps w-6/Pab-10 TJP AT
AcrEsslo-w q(')D4 3 7
P P T 7.Rgorc-Ain kov i') F '4-1,1 1
L):n
r! -)V V 7 PfrCt intf-T.fPrwpt~!rs
Y-
SUMCE '-'r.Lrnal -r,~:.DerijTen*La1'noy i teorctichesk7y ",-~iki
61 -64
TOPIC TAGS: plasm decay, plasma electron densit-.7, Fabry
-Perot inter
picrowave interferometer
AJ~S PICT Th 1 s r k va f performed in connection vith an
in~v,-Flik-itinr nf
w-:-.YE ez Aps,rlbe,! by -.ht- wit~i~,rr -pr-;-..'
ity
et e r-P a t w-avelengths and 4 m. A micrwave bridge circuaL
O.'Je C- E_r.. 5 plasma in A-r,
~;'qru) k p fos s P,! h r wa ift. ~Lr P-. n,.,,
a r~ LI P
Card 1/1

ACCESSIOR Mi Ap5oo4373
ng rami;c r
-S:nIz
LO-J CM TnP IDIA-m-A denaiT~y w" mea-v-i=ed ay d e t a n~- 7,
the hydrog-?n B&Lm-r ryii. Tb~ S~Jark widthB nv-) IleralLffe",
,~ermmwt=r -rc-sr-, -,I ISP-51FS ro -mhr Tl-,- "I i
-Dnv~~rter. The time dect-,y curvev ot-talre,
--.--r mpnnthly into enr-l-~ other. The
Z&v,T-vFk'v ',-~r p and interest ir- the work and M M
-i-, iv F re
SO-- - A
N vv YT
.

ArTMSTON M' 0506h373
7:1
;0l r.

-.AT
Sam e0DE
tOV038616
.Lt P*;
AUTHOR.*..
ORG: none
:TITIZ-.' Faectron heating In the 15-1- installation.
~SOURCE: Zhurnal eksperimentill OvyI.teoretitheskay MIkI. P191ma v
redaktalyu., ,
en e#'- 2 no. '196
Prllbib ty v6
70PIC TAGS plasma beating, pl~ai~ 'injectiphj. plasma electron
temperature, plasma
ac6elerationp.microwave
ABSTRACT: Theauthors discuss r~6suits obtaine4 #h.Abe TN_l
installation (Fig.
Which was constructed to~beat thi~elictron 9-ynbet- of a ilesma by
means of a blgb-~
enicy shock cire
frequ ult.. 7-Nie-quasistatic, field Hn reached a Maximum withIn 5
psec..
after which it"decreasedviths 9,0'msee time conwTant. The mirror
ratio was 2, the
maximum value of. the field No in-the center of the:trap was 8 koe.
The plasma was in-
A
jected.in the trap.by a emmial injector with electrodes made of
deuterlum-Impregnated
titanium. By varying the Inject6T.voltagelt. to possible to vaa7
the, plasm density
1013 car3 t A single-turn loop with frequency v a 3.5
from ne > 2-x o ne < lo cvr~
Me at a voltage u. = 120 kv on-a capacitor Cc =.3-x 10'a F produced
a field of
H -900 oe. By varying thetime Interval-b.atween tl~e operation of
the high-frequency
loop and the application of the magnetic field, it *as,poseible to
study the heating*
of the electrons at different R/Ho. it was expected that the
electrons with ne = 2
X 1012 CM73 would be heated to Te kevp and, that flartber adiabatic
compression

'. 71

ACC NRI AP5028024

Would raise the tftyperature 'to -30 k
v Th

vacuum
!le-

vacuuma~

e
e

experiment has shenm t hat. the cold plasma.

filling the trap.chamber
decayed as a re

i of'recombination with a, time. constant -re

===3F\

300
jusec. Not more than 10% of the high.

n

frequency- field -energy- goes,
into plasm,

r

heatingi and the- authors 1! data: have so far

:

not confirmed the conclusion thatAurbulent'

JF
hot
ot.

beating of a plasma.by means- of --a..ebock

Fig* .1 Diagram of TN-1
installation.

circuitis highly effective. The x-rays

f energy .-M -kev emitted from tbe.chember

11 - Solenoidj, 2 - high-frequency shock
I

-after the closing of the circuitare due to.

circuit 3 - vacti~ dlAss
chamberp 4

the presence of an accelerating'mecbant

plasma Wectorp 5 - grid probe
*V x-

and.do*not prove the existence of-high elft-

detector,

C
'
i

ron temperatures. Authors. tbank Ye

' K. Za,-

,
Y
t

for. suggesting. the tople aa

-Inteiie-st
. tba workp and LO'Ts
Rudakay, a. V,,'-

Ae V. and LO Va' for useful diacussions; OrIF. aA.
bass

3figureso '~,k

am VA"I 07i46
RUA con I L CM29 IW# 00?

AP"

CC NRa -106000740 -_,SO1 it WDE i 6WW2/
wOW
WV
A~R Ukatovp:_- L. P p A.~ G#,, Chikin., R. V.; Sbapkinji VONO
ORG:. none
TITLE Influence of the- mirrorratio on plasm beating by an electron
abeam In. a
k6tron"
rdb
p
L SOURCE:. . Zhurzal eksperimental 'my 4 teoretich *s)wy.f1ziki-
PIsIms. v redaldslyu.
Prilozheniyep y. 2$ no.:, 9,1 2565, -4~6-436
-TOPIC:.TAGS,. mgnetic.mirror: 1666hine..Jlaom interactionp plasm
beatingy iordzed
plasmap plasm electron tIM'"MtUrep'., t+AQ-1-17-r-j P4-awv- ,C.4Z--
n between an-
the, ifterattio e1
ectron- beam and--t #V1
Fig with 141P~~i
ready-made.highly ionized plasm The I apparatus 1) comprisea a, trap
netic mirrors. The electron gun As 'located on the, trap, axis
behind.tbe mirrors on
one end., "MR-lbe plasm ~ injectorJu located on the other end. -
The-electron.gun oper-
atesin a pulsed mode. The square-vaye voltage pulse is of 450 pace
duration and 9 kv
amplitude- the pulse current:being.:~ a_ 'The plasma and the electron
beam are injected
into the.trap simultaneous3,y AVT~e 11 reeidual*presswe in the chamber
ia.10-6 = Hg. The
electron density was measured:%tb a:microwave interferometer (x = 3
cm). Thequanti-
ty nT (T a plasm temperature) - vae determIned, from the diamagnetic
effect The bremo-.
strahlun e
g.vas registered,W*.pbotomatiplier.with NaI(Tl) Metal., When th
plasma,and
the electron beam are sinultaneously Injected in the plasmay the
concentration does
not rise., but,the energy released by the plasm increases strongly*
The prese=6 of
0~rd .113-

9.

T kt
ACC Nk MW0752
ODE:
s(AME c *6:~661661063100610~1m.58~~
'UTHOR 1. 7,a3mtbv L.'Po;,Plakhov A. 6. n.
A IF, _ Chikinj, R. V.; Sh
ORG: Institute,of Atomic -En6rgy.im*.I* N.11irchatov. (Institut atomnoy
energii)_
TITLE: Influence-of magnetic-fie on on the heating and containment of
co rati
a plasma in.a mirror trap (prdb~"),
dntalinay t6oz
Zhuinaf ';dperM t -etidheskoy firiki. Pialma v redaktsiyu.
Prilozheniyep va 3 6$~:1906..,_ 255. 258
D$
TOPIC TAGS: mag r I ainment,.plasma heatingt magnetic trap,.
p asm cont
:plasma,radiattoa~ Rohliowew
7
ABSTRACT' earlier e4 ,eriments on heating of a. plasma by an
This is a- continuation of
electron beam in~ a mirror trap (ZhETF, Pis.1ma. V. - 2 :.426p ~ 1965). aimed
at showing that
heating and contairment-of the~pl4sma depend strox~~ on the -distribution, of
the mag-
netic, field along. the trap The experiment Was.cimried out with the
earlier-in-
stallation, which.made-it"possible-to operaterwith,-two'.different
configurations,of the
magnetic field (Fig. 1).' The.mirrorrstio,and the field in the center remained
un-
changed in bath cases. The plasma. initial. density was 103-2. cm73. , A
pulsed beam..0f,
electrons with current strength aj,,_energy, 3.0 kvi and duration 500 psee
was..inj~cted
into this plasma. The heating anddecav-of-the plasma were investigated by
measuring
the time variation of the energy content (nT) and-of the density n. On
going,over
0
from a field e nfiguration with loml mirrorn configuration with extended
mirrors e
(b) th maximum; value of nT increases by a factor 1.5. The value of nT of the
V2
Card

ftel& An - tha--.
_.~Quve.LUTWUU
01'W,,plaa=,_uIBCnSrge:aM--reTeUDIOll.~Or-P.L8BM-in--a--trap.,~ anct we
sts.0111-
on -the - 0
n of the. i~lasma__filament. oubalysi . of the fl�St remats be
Of t
W[periWnt13*Ia number. of changes. have. been. introduced, into the 8-1
installation.
tor
Additiowl conduc have iqpxv~ed the compensation of - the lateral
component of the
magne
tie'tio-ld so:that the deflection of thei electron beam after one turn
along the
axis of the chamber (L*. 617 cm) did not exDeed-1.5 mm. Thue the
lateral component oil
a .quasi-static magnetic,field aid,not exceed.0.0250. Inside the
ebanber vere
Installed two a-pbragms tl~x
vith varying diameters from 5 to 8 emp without distirbing- b4
vacump.. in order to limit,the discharge kj~x~. Adaitional resistance
ranging from
F cow 1/;2:

-Ate
EWTM IJP(c) AT
SOURCE CODE:
AUTHOR: B11nov', P I.; Gavrilov, B. I.; Cheremnykh, _P. A.;
Yashinj N. m.
ORG: none
TITLE: The influence of the helical magnetic field on ohmic
plasma heating in the S-1
installation
SOURCE: Atomnaya energiya, v. 20, no. 4, 1966, 310-315
TOPIC TAGS: plasma conductivity, plasma confinement, plasma
beatingo hellcal magnetic
field
ABSTRACT: Ohmic plasma heating experiments showed earlier that
the temperature and
confinement time of the plasma depend strongly on the transverse
component HL of the mag-
netic field (L. A. Artsimovich, K. B. Kartashov, Dokl. AN SSSR,
146, 1305, 1962). In the
present work, which was. complete in 1963, the authors
investigated experimentally the in-
fluence of a helical triple-thread magnetic field (with HJ=O) on
the development of the dis-
charge, and the magnitude of the conductivity and the position
stabilization of the plasma beam.
Results in the form of diagrams cover the voltage and current
oscillograms, the pressure
dependence of the development time and maximum current, and the
time dependence of plasma
C,rd 1/2 UDC: 533.9

L 41033-66
ACC NR1 AP6013723
conductivity, electron concentration, and current. Plasma
radiation diagrams are also given;
The electig temperature of 20-30 eV and Ionic temperature of 10 eV
correspond to a conduci
tivity of 10 units (cpe system). The helical field improves the
conditions for the developmek
of the discharge and the heating of the plasma, while the
confinement time of the Plasma re-
mains the same. Orig. art. has: 2 formulas and 6 figures.
SUB CODE: 20/ SUBM DATE: USep65/ OIUG REFt. 006/ OTH REF: 002
2/2,

TYRSKIr, qergair Favlovich; ~L redektor; AGRAWTSKLU, N.D.#
isdaktor; SHITS, W77-tUtalchookly rodaktor.
[operation of automobiles used in hauling lumber] Akopluatateiia,
looovoznykh avtonobilel. Mookra, Goolosbumizdat, 1956. 61 p.
(Uxuber-Transportation) (Motor track+&intvwmcs) (MLRL 9: 6)

BLIEDV, P.N., voterinarrqy vracb.
liperimental q favor in horses. Veto rinariis, 34 no.104-40
Ja '57, (MLRA 10:2)
Q favor) (Horses--Diseases and posts)

Camitry : USSR E
CataGory: Viroloa. VirueaB of 11mi mid Animals.
Rickettsias.
Abs Jour: Ref Zhur-Biol., No 23, 1958, No 103550
iarthor Dlinov, P. N.
List
Title The Preservabi i y of Rickettsia burneti in
Glycerin
Ori,-, Pub: Labor. delo, 1958, No 2, 41-42
Abstract: The author suggests proservinG mterial
containing"
rickettsias in Glycerin (50cp') dissolved in NaCl
(0-85ce, solution).
Cale 1/1

MINOV, P.N.
DistrIlyntion of Mckettaist bitirneti under natural
conditions. Zhur. mi~roblol.
epid., i iwQ4,-.29-DO-605-~W.'Ag '58. (NM 11116) 1
1. Iz Veesoymnogo inatituta skeperimentallnoy veterinarii.
(GCKIFJLIA BUMTBTII,
dissemination in natural cond. (Run))

BLINOV P. N.
t'A natural focus of Q-fever in the suburbs of
Saratov."
Veterinariya., Vol. 38,1 No* 12, December 1961, P.
19*

ZOTOV, AqP&j prof*; BLIINOVp P*N.., starsIdy nauchnyy sotrudnik
Studying the etiology of infectious atrophic rhinitis of
swine. Vaterinarlia 38 no.302-36 Mr 161 (MIRA 18:1)
1. Vsesoyuznyy institut eksperimentallnoy vetarinarli.
.1 0

BLINW, P.V. (Leningrad)
some: *oblems arising during the.practical application of
compulsory
treatr%nt. Probl.sud.poikh. 9:85-92 161. (MM 15:2)
(Insane, Criminal and dangerous) (Forensic psychiatry)

BLIN V, Sergey lyanovich,, kand, ist, nauks, polkovniki
GNEMVETS,,
P.P., red.; KONOVAMA, Ye*Kop tekbjio redo
(From tho Vietula to the.0derl combat operations of the 60th
Army in the Sandomir-Silesia.n operation., Janurary 194510t
Visly do Odera-, boevye deistviia 601 1 armii v Sandomirsico-
Sileselcoi operatsiit ianvarl 1945 go MosIma, Voquizdat, 1962.
182 p. (Poland-World War (MMA 15:8)
:L939-1945-4ampaigns)

BLINOV, S. 1.7.
24034 Rumv, S. V07,vedeniyo zeml,).r=yl-,b plotin v zimrdkh
usloviyalh.
Cidrotakirdka i mal-ioratsiya, 1949, No* 1i So 40-47s
SO: Dotopi,,v 140 321 1949 0

I
J itBLIEDV, S.N.
Trends in the design of dame for tailing storage
Ponds.
TSvet.met. 33 n0-5-95-10 * 160- (ML 13:7)
(Tallings('Ketallurv))
f

(-~~V- ~S-N- : .,-
Design of tailing Storage dame. TOret. ;note 313 no.11:1-8 H
160.
(MM 3,3 -. 11)
(Tailings (Metallurgy))

FEDOROVI I.S.; FEDOROVI I.V.j BLINO I N.K.;
V, SIN_-, ZASYPKI14A
DOBROVIVSKAYA, O.Ye.
(Recommendations on the design of metallurgical pulp
storage structures] Rokomendataii po proektirovanHu
s6oruzhenii shlamokhranilishch metallurgicheskoi pro-
myshlennosti. Moskva, Stroiizdat, 1965. 143 p.
(MIRA 18:9)
1. Moscow. VsesoyuzW nauchno-issledovatellskiy institut
vodosnabzhen:Iya., kanalizatsii., gidrotekhnicheskikh
sooru-
zheniy i inzhenernoy gidrogeologii.

~BLINOV)
BLINOV, Sergei Pavlovich. Stoletie Gidr6graficheskogo uprnvleniia,
Ocherk sostavlen
I.P. BlinM-.n i P.V. Messer. leningmd, Izd. Gidrograficheskogo
upraleniia
voenn.-morsk. sil RKKAI 197.,'.. 1 p. l.., xcv p.
On cover: 182~71977 ... DID: GB746.B5
NN
SO: LC, Soviet Geography, Part 1,, 1951; Uncl.

SOV/137-58-7-14386
Translation from: Referativnyy zhurnal,, Metallurgiya, 1958, Nr 7, p 63
(USSR)
AUTHOR: Blinov, S
TITLE: Improving,the Design of Open-hearth Furnaces (Uluchsheniye
konstrukt,siy martenovskikh pechey)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
2
18, pp 208- 1
ABSTRACT: The result of 3 remodelings of 150-t open-hearth furnaces
(OH) built in 1929-1930, and Of 300-t OH built in 1933-1934 at
the Kuznetsk Metallurgical Kombinat is that they now function
as 185 and 350-t OH of designs Bignificantly different from the
original. The mounting of the tops and bottoms of the OH is
rigid. The front-walls have a slope of 150 and the rear of 570.
The doors, of archless frame type, measure 1350x1400/1200
mm; the skewback channels, the cross section of which is that
of skewback brick, are water cooled and- hung from vertical
bolts. The bottom plate is welded of 20-mm sheet steel and
Nr 36 1-bea-ms resting on 8 longitudinal riveted bed I-beams
75.0 mm high. The furnace checker ports rest on riveted foot-
Card 1/3 ings. The main roofs, when made of conventional 38Ox460-mm

SOV! 137-58-7-14386
Improving the Design of Open-hearth Furnaces
silica brick, are of ribbed construction, while when of chromium
-magnesite
380-mm brick they are of bucks'tay.and tie-rod construction. The
checker
ports are of the Venturi type with water-cooled welded chambers
of diver-
gent shape, 'gas ports of 0.42-m? cross section and bottoms
sloping at 9.50.
The slag-pocket division walls are of silica brick and are 1150
mm thick,
while the false (facing) walls are 345 mm thick. The regenerators
are of
the single-reversal type, with 1610-mm division walls and checker
flues
measuring 150xl 50 mm. Valves with water seals are provided along
the gas -
and-smoke line, while water-cooled sliding dampers and disk inlet
valves
without water seals are used on the air line. The flue valves on
the gas and
air lines are controlled by separate winches mounted on the valve
housings.
and the damper frames. The gasinlet valves are controlled by a
separate
winch beneath the working platform. The pattern of reversal
approximates
that of "counter-gas" flow, and control of reversal is automated
and con-
ducted in accordance with the Koshtyal' arrangement. A stack 65 m
high and.
1.9 m in inside diameter creates a draft of 42-45 mm water. After
the re-
modeling, the weight of the structural steelper furnace increased
from 465
to 630 t in the case of the 185-t furnaces and to 665 t in the
case of the 350-t
furnaces. The same picture held for the volume of the brickwork
(from 1330
to 1565 m3 for 185-t OH and to 1655 for 350-t OH). The total
thickness of
Card Z/3

SOV/137-58-7-14386
Improving the Design of Open-hearth Furnaces
the ceramic portion of the bottom was identical in all the OH and came
to
1155 mm (asbestos insulation 15-20 mm, fireclay brick placed edgewise
115
mm, magnesite brick 690 mm, and 350 mm rammed-in layer). The roof is
2.8-3.0 rn above the working-door sills. The roof is not insulated.
Blow-
out is performed every heat. Roof life is 676 heats for 185-t furnaces
and
496 heats for 350-t OH. The angle of slope of the uptake bottoms has
been
raised from 400 to 750. Removable slag boxes are used in the slag
pockets
of 2 OH. They are replaced every 25 heats in the gas slag pockets and
every 35 heats in the air slag pockets.
N. 1.
1. Open hearth furnaces--DeL;ign 2. Open hearth furnaces--Equipment
Card 313

'IA,; KCGURUW, I*M&; TURUBIM,
KMDIW. A. I.;,,B
,14
A.,LO; VASIL#Mffi S.V.; CERIBNED, N*A..- BZW. I.V..- TZLISOV.
S.A.;
MAZOT# 1~sl,; MWffJWq VA*g MOOT# V.G.- BULIZIT, K.T.;
WE IZMV, K&M.; SHNSMOV, Th*A~-; SLAIWOMITErfiv, V.T.; PALM,
V.I.; XUROCHM, B.W*; ZHMNOT 9 A.Ms; BBLIKOV, T*N.; SABIMffg
M.P.; GAMM, GA*; PCDGCORTMIT, AA*; ALMOV9 K.Se-9 NOVOLMMYO
P.I*,-. XMOZOV9 A*N.; VASILIMp A,,Nsj MARAMOVSKIY, I*So; MALM9
A.V*,,.VJEKHOVTMff, 31*V.; AGAPOV, V.P.; VZMM, N.A.;
PASTUXE[OV, A*I.;
BMODULIN. A.I.; VAYNSHTRYN, O*Ya-,- ZHIGULIN' V.I.; BMSHTM,
Ye.l.;
KLIK&=Og LAI.; KOTIN, AsS.; M&TiOi. N.A.; SUBMIT. N.V.;
ZHIMSKIY9 D.P.; )ErMIAYWSg T.Ss; SUFKAW# P.N.; UVODMWTO
X.Ge-, OUDIRCHUX,I.A.; NAMOV. PA.; SAVOSIKIN, M.Ye.; NIKCUMff,
Reporte (brief annotationo):, Bftl, TSNIICHK no.18/lgt36-39
157.
(MM 11 s4y
1. Ma t
.gnitogorskly)ZO. allurgichaskiy kombinat (for Korolev,
Belilmv,
Agapov Dikshteyn 20' Vanetsidy istallurgiohe8kiy kombinat (for
Bituov, Usillyev, A~X., Borodulin, Klimasem3m), 3.
Chelyabinskiy
metallurcicheskiy zavod (for Iu~efiets,4hynshteyn). 4.
ZavodIin.
Dzherzhimikogo Qor Kobumeyev).-5. Eavod nZiporozhatall" (for
T~rOlmr, Maxo+, Pbdgoreteklyl, Kawakhoyeklyl Savoolkin).
60 Nakay'evoldy wtalltwgicheekly ziarocl (for.'Tasillyev,
3,V,,
Yallkov; Zhidetskiy, Al'ferov), 7. Stallproyakt (for
Ghernenko,
Zhdamov, Zavoddhikov)L 8. VNljf.(for J181OV). 9. Stal,neky
Metal-
lurgicheekly zavod (f;r Telesoys Malakh),
(Conti=od on next card)

A. I.-- (continued) Cawd 2.
10, Nlzhw-Taglllsk~,- nataLlure-alipskly Lvmbl=t (for
Nsclv#dev,
Novolodakiyl, Yeaher). n. Zavod "Asovetall" (for Bullskiy,
Slopkanev). 12.'Wantral'LV7 maudbao.-Leeledovatelle-ly inati-
tit chernoy metallurgil (for Tmbatskov). 13. Ukxainakiy
imati-
tut metallov (for ameyerom, rol%.im). 14. Zarod
"MIMSMY CL-tyabrl* (for P&Lmt). 15. VvesoyumW
rauch--o-isaledo-
vatellskly institut metallvrgiabasko7 teploliekbn4ild (for
KhrochMin).
16. Zavod im, Tbrashilava, (for Aabiyaw). I",. ClelyabinakLy
poll-
takhnichaskiy inatitut (for Morovsev)s' 16. Giproeoall (for
Garbuz),-
19. Urallskiy izatit7te. ohern3i& wtallor. (for Parlukhov).
20. Zavod
in. Petrovskogo (foi ZhigmUm). 21 Minlaterewo oheraoy
metallurgil
USSR (for Molotlcov, Siverski7j,. 22. Glavapetealall
Mizistberstwa
chernoy metallurgil SSSR (for Nilwlayev).
(Open-hear'wh procass)

U06. V.,
Refrigerating machinery at the Hanwor exhibition.
lhel.tekh. 32
no-3:66-69 JI - 5 0550 (KM 9:1)
(Hanover-liefrIgerstion and refrigerating machinery)

BLINOVI-V. 1, ~_ .
Conference in Padua. lhol.tekh. 34 n0-3:77 Jl-S 157. Wn
10:10)
(Padua, Ita3,v--Refrigeration and refrigerating
machinery-Congresses)

BIINOV V Q Barnaul)
A streetcar operaor in Barnaule Zbll.-kome khoz. 10 no*8:18-19
l6o. (MIRA 13:9)
(Iolesnikovap Ilona Ivaaovua)

1 11
I I I is it u Is ts

11-UT 1 -1 A

A-C
C W-,K A,

O

I
:f
0

PICK[SUS A.0 POOP101.1t --Vf I

A

A

04 '1

I- the 60-don Sad
doUndoatics ad as aswu of aafts saiL

P. P. SALAWW AND V. A.
llutwv. J. Chm. Ind. (36joK-ow) 1, Ml CUM

.
1930,11.429,42UMMUlth"611111ne nit iscaffied out wxnt
advantapously bW

the drop method with eiy vioict (for emed.
wins.) ar CorW fed (it* dil. soins.).

J

I- Conco nA paper of differrut cimens. Into the vain. and
comparins with solos.
=%

Zee

.4 k
riditv It zt~rd trw the detn. of the rxc~ ot ALra%D RtqtnKst

too

So*

e

Seib

trot

killshJUNt CLAISWKATION
` - , - ,

else

Isom. smosAv.
,
. i~.. .0. 4 - .

woo

%*neat -4
14144.) -1, a%, lot
&i&. 61 a" Aso

U &V 10
F
It K
a of a It W I ff N

M~,
ct Mi IMA:

Va WHO
two Am* o4sta
so p
V, A.-
mks
log
06-0
eel
Aj
CLjjV VICAII"
Boom &wall" au¬ a Lill
$,low mso Oil L - 0 0 w I
I-, _,lt
K
JR.
AT
6-64

U
161 A"
PROCIS14% AND 1-41*01T41 09-14

a at Al a 14 a % V a IN a

-

40
06A
Direct Pam Dro" in d ~. A. litiaor. Khlop.
-
I
,
"

-00

ckak-buwathsoya Prom. ?
%
UTW~-, C".
2"
z C

0

Zenl*. 1937, 11. MI-3-Fad. dauk-brown colors are oh-

-0
fez

t be of mordan
t t t use ts, by dcwtopi
Toidiar
T c
-
~
i
L

-00

N
, r
tro 0 him sa
S
.
,
l or by devd
iii ng , opMA4

00
00 2

ber ts e
AS It o4 widn. Th first Prom-is givvs loss IA%t
ct&n
clu
b
be Wo"
D
t 2
d
i
m
t j
l

00 a
s.
.
n
s
p"scu
not Fia
y
it
I
y

factor

uss"st l4brics. I w
g for R or hich u=e Substantive

00
sea
dye , considered necessary for obtaining fast bro"

-
00
Colors- S- P, &Wwvtxtv has Obtained sattslaclory bmarn,

-09

torin
by treating fabrics dyed with "Direct H.a. K--
"
"

600

amad
Dhvrt Brourn Sh
(RuWan vionietsolature) with is.

69
ultropbenyidlamium malts.
Direct Ilara Drown. a

U99

00
htbdtu ics 1.1 (1-2- W-j2.4-(NIIjjCjIjNiNJ-
N
3
H
NII
I
N
12

0
00
-
-7-
:
J -
0tC&I
:NjCaH&.
. (
J
Is readily sal, to N&OH gim deep-brairn

000

shades. Intho oapht 20 g. Par* Prown and

999
00,
10 S. Main 1.
are 17 itroanithwe for the di.

"0 Sol". nlatfflal 12 with Water,
stla
D and
'

then Water &104n. . T
t
he M twp les drr

can be Issmand by the adds, of til For vuy dark

( C. B 1. or 20 ff. arell-merverized
obedos 30 ftra r
or

GO*

)IG IIt is sworn that a
"Mbnw lim ndedl
,
7

8*0

Mat. 1-2 g.
ti
t bww he added to thr,

hadautbremme titles cc-. for tocardanting

out ftM .1se we: Indituthrrue dye 20 pots.
ulmlet

NaOll (WBC) w. and hydnvalfite 45.

by bratinig, Ronpille
430. soft do and

W. A. Moorr

OCULLUGOICAL &MR414411 CtASSIFICAll"
. I L x
i a

.
,
------ 114., "*Inv
-

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it
dal
Samoa* -g, 0-7
,
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00

U 0 AV 00 U
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ais

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FAIDMILIS A.0 P1101`1111111% VIA

O=P

vattlyn skenfittitts tin
Isolation,' 'CA.
do not we
tbai

l
S. Nm I I N'. 17 9011,11T-.

".1t.mi alul All, ~,Svv~Aj-l t"themm

lilt Vilap'. 410"th I" 111141vi a ltla~% I,wvl, F1141, lJoill
_

IIriI 14111ii, null, 1111,11 I.-mid lilt 411,11 I.li,kh
Ihr,mm44

~tlvlislll, Coma; vq%-O 1111,14 1 Nhw, to-l du av. .4

1.1 it- %livilittil: mitoll i-q-14A dilvi-liv I.Kt all Av W

The,
%lot tv'Isla"111IN %lible, fill bilk %%4'Iv :111 411,
1

Vat do, N lit it tilig whi, It al., vm 6,11%

4tviv leam fich-l"
Sililt 14 41V4. mm~ 114%,411.

itIII'l 01114, lifix 41141414.1
1111,%viii

Ilk. flestructive effect to Ilicifirr lilt it"?
filft'l. Vokuh-11.4.

timi lifraincls of noid Clio) retatiltil
Ill..

effect of in%rillition cm midy"I &Mhuem, bill im
vut.(IV,41

~Pmillwn, their retalditilt rfiert Wit, %viv Ailtht,
%I. I I

111111111-11LO.
09TALLURSK&L LfftitilVn CLAUIPKATWO

u vi a' -0 ,1; _40 A I Ifill 0 '1 1 1 w a 6 a 6 V-4
We 0 0
V 0 00-000 .00 09 00 0 0 0 ease
.00
wee
00
age
P.
ago
wee
be*
WOO
F5

I P A" Iwo (100
Psoctsits AND PRO"NIIII mt1t.
Mordauldyes. V.A.Blinov. US.S.R.66.679, July
e7 a
31, ID40. IA- or TXMI11TOURTAthalene is treated at
apprm. 80* with solm. of NaHSO# and N&,S. From the
lwodmt the dye h wpd. by adda. o(& cold, dil. acid. The
dye is used for dyang wool in " sq. suspension. The
cokws am khaM or reddish brown, xf. llowh
904
99,3 ;c Ito
ago
got
a**
go:
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USSR/Chemistry Textile adjuvants; Surface-active agents FD-3003
Card 1/1 Pub. 50 - 4/17
Author Blinqv2 V-.A-.,_~and Tech Sci
Title Adjuvants in the processes of wetting, washing, scouring, and
bleaching of textile products
Periodical Khim. prom. No 6, 335-344, Sep 1955
Abstract Describes surface-active agents used in the textile
industry,
with particular attention to those produced and used in the USSR.
Explains the meaning of Russian symbols for compounds of this
class. Says that oxyethylated phenols (OP-compounds) are widely
used as detergents in the USSR. Discusses the properties and
applications of OP-compounds used for other purposes and of their
derivatives, of OS-20 (product of reacting octadecyl alcohol with
ethylene oxide), sulfuric acid esters, chloramines, etc. Sixteen
references; 7 USSR, all since 1940.
Institution Scientific Institute of Organic Intermediates and
Dyestuffs imeni
K. Ye. Voroshilov

i,c~lrrmnic ttvOm art :z-rrl 6f,

50)~ sov/63-4-2-36/39
AUMORS: Blinov, V.A., Krasovitakiy, B.M., Khotinskaya, Ye.Ye,
T=: On the Light Resistance of Some Monoazo-Dyes Which are
Derivatives of
Benzanilide and I-Acid
PERIODICAL: Khimioheskaya nauka i promyshlemost', 1959, Vol 4, Nr 2,
pp 285-286 (USSR)
ABSTRACT: The tested kzo-dyes were used in dyeing cellophane. The
azo-component
of the dyes was I-acid. The resistance to light and light-weather was
studied in the usual way employed by colorists. All dyes showed con-
siderable resistance to light. In the light-weather test the dyer.
with-
out substitutes in the benzanilide grouping had the lowest resistance.
The dimethylamino-group and the carbetboxy-group increase the
resistance.
The introduction of a second benzene ring increases also the light re-
sistance of the dye.
Card 1/2 There is 1 table and 1 Soviet reference.

sov/63-4-2-36/39
On the Idght Resistance of Some Monoazo-Dyes Which are Derivatives of
Benzanilide and
I-Aoid
ASSOCIATION: Kharlkovskiy gosudarstvennyy universitet imeni A.M,
Gorlkogo (Kharlkov
State University imeni A.M. Gorlkiy)
SUENITTED: September 15, 1958
Card ~/2

50)
.1 UT11 ORLS -
TITLE:
PERIODICAL:
ABSTRACT:
Cai-d 1/2
SOV/80-32 - 3- 35/4 3
Dokunikhin, N.C., T.*,-,U;kcvic1'--, P.N., Blinov,
-I.A., Vitolchina, 2.Ya.
Linear Diz~-Azo Dyes 'Nhich are D*rivativ~.,-.~. of Oxadiazol and
Thio-,
iiar-61 (--2ryamyYe disnzolcransiteli - rroizvodnyye oksadiazola i
tiodiaz~old)
Zhurnal prikladnoy khirii, 1959, Vol XXXII, 'Ir 3, pr. 661j-667
(USSR)
Lincar -tzo dyes contcinln- heterocyclic nuclei connected ---.ith
tii~~ chain by conjuf;.Rted double bando --re invocttigatel here. The
auxochromes Lire n1so connected by.conjugated double bordsto the
chain. 'An cxadi-azoland thiodiazol rind; is intrc~uce6 to the
Same, Chaka. The dyes prepared arei 2 ' '5-bis-(4-nitroPb0nY1)-
2,5-b'-B-(4-.-imiliophenyl)-1,3,."f-OX.--diallol,
I IL ~ nd
1,3t4-thiodiazol, A If
phenyl ), _11' ~-thiodiazol. The dyes are rozistt~nt to wa~"r'
soall "Olutio 11 "nd Sweat.

3 2-; 3- 3 5/4 3
Linear Dis-lzo Dyes 1.11hich are Derivatives of Oxadiazol and
Thiodiazol
There are 17 references, 8 of which are Sovict, German, 2
French ,.nd l'Italian.
SUBIMITTED: Jaly 26, 1957
Card 2/2~

YAGI]POL'SKIr. L.U--, XR&MVITUIT, B.)L;,j3LINOV, V.A.; SIIIWA, X.JL;
PXWASLOVA, D.G.
"Ortlem of moso direse Zbweprikla
khtme -13 no.?t,389-192~: lit?)
lo ~-ztitut orgmicheskoy kblidi AN USBR. Miarlkovekly
gosudikr9fve=*r wdyarnitet. Na~okmo-issledovatellskly
institut or&Wcbenkikb poluproduktov i krasitele7o
(Ago 468),

MAGININA, I.P.1 LAPINAj R.A.; BLINOVj, V.A.; GUDVILOVICH, LV.
New "carbozoline" softeners..Tekst,prom,22 no.3%68-469 mr 162.
(MIRA 15:3)
1. Nauchno-isaledovatellskly inatitut organicheskikh
poluproduktov
i-krasiteley (NIOPJ*).
(Textile finishing)

RUMMSEVA., L.P.., mladshiy nauchnyy so V.A. stara-hiv
nauchn,yy sotrudnik; BVIS 'M~ L.I,,,, prof.
Effoot of textile fipiahevon the.ooiling of textile materials.
Teket.promo 2M. ii6JS6447 Ag "162. JKMA i5s8)
1. N=abno-issledovatel'skly imtitut organicheakikh poluproduktov
:1 krasiteley (for R=.wantaeva, Blinov)*~ 2, Voeso-yuznyy zaochnoy
iwtitut tekotillnoy i legkoy promyshlennooti (VZITLP) (for
_.,.(Textile finishizW)

- -------- --
BLINQV,-V."-.BMOVA, L.V.; ANISHCHUKI Ye,X.; KNYAGININA, I.P.;
RUMYANTSEVA,, L.P.; PODSHIBYAKINAI I.Do-
Emulsion method of dyeing wool., rayon and synthetic
fibers* TAStdprom. 22 no.10:57-60 0 162. (MIRA 15:11)
1.~ Nauehno-loaledovatelfakiy inotitut organioheakikh
poluproduktavA krasiteley (NIOPA) (for Blinari Basovap
Ani-al~ohiik,,.Ki~yaginina,,~Rumyanti3'eva). Nachallnik
kbimich skoy-:Iaboratorii KoWekenogo nauchno-issledovateltakogo
instituta -legkoy.,promyshlennosti. (KNIILP) Jatviyskoy SSR
(for Podshibyakina).
(Dyes and dyeing-Textile fibers)

BLINO-V-.--!.-Aop k&nd.tekhp.naukj-4NISWZMq TeAq inzh.1
KOMAROVAs,
--yu-0
-pop inzhe
'2
Use of "Betanal.p." ImiWtW-with vat dyes. Tekst.prom. 22
no,1207-59 D 1620 (KMk 16d)
1. Sotrudniki Naucbib;;--iovrled*vs:tel'sk6go instituta
organicbeakikb
p~luproduktov i Iwasiteley (NIOPiK),."
(Dyes and dyeiiig-Chemistry)
to