SCIENTIFIC ABSTRACT ARBACAUSKAS,A. - ARBUZOV, A. E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101910020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ARBkCAUBKKS,A., sportsmen-planerist (g. Uunns) 0
Ap 155.
t8 Of Kaunas. Kryl.rod. 6 no.4:1
with glider Pilo (MLRA 8:9)
(Kaunafk-Glidere (Aeronautics))

AMCNAUMM, A. [Arbacauskast AA, (g.Vil'rVue)
New standard glider &71,rod, 12 no.ZsZO-21.r 161. (MM
14W
(hiders (Aeronautics))

-ARBACHLESEW, A.
k now Soviet i3tandard glider. Repules .14
nO.7sl7 Ti 161.

AGOSHOIlly M.I.; VOROITYUK, A.S.;
Angles of inclination of main ore ebutes. Fiz.-tekh.
probl.
razrab. pol. iskop. no.5:66-69 165. (MTRt 19:1)
2. Institut gornogo dela imeni Skochinskogo, Moi~va.

ARBAlp_~-; LFZKOVA, Zazana; LCKGAURROVA, Daria
~-_ 1;-..
Effect of lowered incubation temperatures on Nucleic
acid end pro-
tein synthesis by a maeophilic and a psychrophilic
bacterium.
Folia miorobiol. (Praha) 10 no.3:168-175 W165.
1. Department of Microbiology# Research Institute of
the Refr ~'
emting.. Industry, Bratislava. W,

ARBMMV:l B. M.
"The Motion of a Solid Body under Constraints Subject to
Friction", Trudy
Seminara po Teoriy Mashin3 Vol 11, No 51, 1951 . page 16.
XXLL - 2
In the same issue: "The Dynamic Investigation of
Mechanisms.," page 36

1. ARBATY IY
2. USSR (600)
4. Clubs
7. Club of 500 children, Rabotnitea 31 no. 4, 1953.
9. Month List of Russian Accessions, Library of Congress,
APRIL -1953, Uncl.

AA6AI', 'rul, ---- -- - ---- - - -- -- --
Moving Pictures
They help create films. Rabotnitsa 30, No. 1, 1952.
Monthly List of Russian Accessions, Library of Congress,
March 1952. Unclassified.
I I- ~ . . . I. . .

ARBAT,
ItNovoye i maloizvestnoye v izuchenii russkogo iskusstva."
report submitted for 7th Intl Cong, Anthropological &
Ethnological- Sciences,
Moscow, 3-10 Aug 64.

ARBATOV, A.A.
Upper jurassio reefs of the liorthern Caucasum.
Neftegas, geol.
i geofiz. no.nt3-6163 (MIRA 17 Z7)
1. Vsesoyuznyy nauohno-lssledovatellski7
aeologaranvedoolmyy
neftyanoy instituts, Moskva.

, lr~,
SOLOVIIEV.0 A.V.; ARWOV, A.4 TURPAMAY G .1,0
Carbonate reservoirs in Mesozoic sediment,3 of
Ciz;caiicasia and
the Northern Caucasus. Geol. nefti i gaza 0,
no.6:40-4.4 Je
165. 0~1-11',A 1-6:8)
1. Vaesoyuznyy nauchno-issledovatellskiy
geologorazvedochnyy
neftyanoy institut, Moskva.

, T. D. Jul 53
USSR/Medicine - Dysentery
"Characteristic Traits of the Epidemiology of Dysentery," T.
D. Arbatova
Zhur Mikro, Epid, i Lmun, No 7, p 24
The incidence of dysentery varies from one city rayon to
another and within the
individual rayons, depending on sanitary conditions. The
relative weight of summer
infections with dysentery in the total annual number of
infections is decreasing.
The proportion of adults infected with dysentery is on the
increase, while the
number of infected children is decreasing. The proportion of
dysenter7 in the
total incidence of intestinal diseases shows a slight rise due
to better methods of
diagnosis.
267T39

Teclmolo_y - Cheracal h-oducts and Their if.

Application. Fats and
oils. Waxes. Soaps mv! Deter---

rents. Flotation Arents.
Abs Jour
Ref
Zhur Ehirlilra, 116 10, 1959, 36654
Author
'Bronizz, H. i -Arbatowalm,
M., LesczynsIm, H., OledzIm' R.;

Inst

Title
Thl e Deten-Anatio-n oftthe
Peroxide Nunber at the Evaluntioa

of VeGetable Food'Oils.
Ori Pub
Roczn.
Panetwi zald. IAG-) 19531 9, 110 3, 255-266.
X)stract
The causes and
the characteristics of peanut, soybean and

rapeseed oils durin,-,
production and the aiumal stora,,e in

warehouses havd been
investie,-ated. It was established-

t.hat t1he increase in liquid and
solid oils is not an indi-

cation of rancidity, bedause such oils
possess littleaci-

dity; for exa;rple, 0.84ri (0.25%. taking oleic
acid into

account), and-the peroxide nuxaber )PN) is equal to, or
Card
1/2

ARBATSYAYA, A.N.; ZHEIDDEV I.S.; ZIRNIT, U.A.;
SUSjjCj!Tj,7SKjY, ',',.I,',.
Low-frequency vibrational spectra of single cL'YsUils of
tviglycine
sulfate and Rochelle salt In phase transitions.
Krista-lograftia 10
no.3:335-337 MY-Je t65. (MmA 18:7)
1. Institut kristallografij. AN SSSR.

ZOGRABYAN, Suren Gegamovich; ARBATSKATA,Yu.D.,
redaktor; GLUKHOYEDOVA,
G.A., tekhnicheekly
(Diagnostic surgery in diseases
Diagnosticheskie operatell pri
nogo mozga. Moskva, Goe,izd-vo
of the brain and spinal cord)
zabolovanilakh golovnogo i spin-
med. lit-ry, 1955. 195 P.
(MLRA 9:2)
(BRAIN--SURGIRY) (SPINAL CCRD--SURGERY)

ARBATSKAYA, Tu.D.; KOGAN, V.H.; PATROV, D.I.;
PISOXXNNYY, R.Taos' CH=OYA#
I
---wr
Studying patients in the first stage of hypertension
with an initial
cerebral syndrome in connection with their working
conditions. Zhur.
nevr. i psikh. 56 no.6-.472-477 156. (MLRA 9:8)
1. Xafedra vrachebno-trudovoy_ekspertizy (zav. prof.
N.K.Bogolepov)
TSentralinogo instituta usovekshen'stvovani7a vrache7 i
TSeatrallmy
institut ekspertizy trudospoBobnosti i trudovogo
u9troyetva
invaltdov (dir. - prof, O.LSokolvaikov), Moskva,
(HYPARTINSION, compl.
funct. disord, of brain inielegraphers, determ. of clin.
manifests)
(BRAIN, die.
funct. disord. in telegraphers with hypertension,
determ.
of clin, manifest.)
(OCCUPATIONAL DIS&SRS
cerebral funct. disord. in telegraphers with
hypertansiou..determ of clin. manifest.)

BOGOISPOV, N.K.; ARBATSIATA, Tu.D.
[Disability evaluation in case of brain injuries] Yrachabno-
tridovaia ekspertiza pri travmkh golovnogo- mosga. Kiskft.
(MM 10.-'4)
Nedgiz, 1957. 101 P.
(BRAM-WOUNDS AND INaRIES) (DISABILITY-EVALUATIOII)

I
SOKOLIMOV, 0.1.; mm, Yu.D.,- DUKHOVNAYA, O.L.
Prophylactic significance of rational rehabilitation
in sluggish
and latent rheumatie fever. Vop.revm- 2 no.3:65-69
JI-S 11"
(MI11A 16:2)
1, Iz kafedry vrachebno-trudovoy ekspertizy (zav. -
prof. I.I.
Sokollnikov) TSentrallnogo instituta
usovershenstvovmiya vrachey
(rektor M.D. Kovrigina), MoBiva.
(W%IATIG FEM) (OCCUPATIONAL THMAPY)

- -- -- ~/ - tj E
- -- - - A P,13 A-TT I A- 1u; S e" 1 =
LAZUTKA, P., mad, m. kand.; BITE, A.; ARRACIAUMUM, L.
On the problem of improved mnitary conditions of dairy farms, of the
quality of milk and of working conditions for milk maids in the
Repub-
lic. Svelk. apsaug. 7 no.4(76):36-42 Ap 162o
1. Vilniaus Epideniologijos ir higienos m. t. institutas.
(DAIRYING)

L ~'2 -60,
MI-M011959 SWWE CODE: UR/0070/6~/010/0036/0335/0337
Sushchins!4z" M, M.
-AUTHOR: ~~tskmt A* No* Zhaludev, I. S.; Zirnit, U.
Institute of CrntallograE~6 AN SSSR (1hatitut kriatallograft AN
3SSR)_.'-:-
nTLE LOW-frequency vibra ra.- 6k-iA and rochelle salt
tional--.6pedt gj:nin a
1116nocrystals during phase.transitions
SOURCE:- Kristallograftya# vs 10, no- 3,.1965, 335-337
TOPIC TAGS: Phase transition, Raman spectrum# Curie point, light
scattering, 614tal
lattice vibration,-quartz crystal-, crystal symmetr single crystal
ABSTRACM Raman scattering spectra ~f monocryptals of triglyvine
sulfate are
:studied near the Curie temperatur4i (4490C) it and those of Rochelle
salt, no" th'
a
:!Upper Curl-% po:Lnt (4240C). -According to.the Ginsbu~loevanyuk
theory, the spectrall
stmcturi~.-X the'acattered light-should change markedly near the
p1mae transition
;Points of tho second kind. This chanp:sh6uld be characterized by a
decrease in
the frequency'of certain lattice vibrations when the temperatureia
raised. At the
:transition point of the second kind the frequency of these
vibirations should become
-zero
ami the corresponding Fa~. lines intensify, Experiments with quartz
appear-
'.to support the G-L theory,.
"Triglycine sulfate undergoes a phango.in oymmetry.upon passing
through the Curie
lpoiht* A right-angle prismatic monocrystal was illuminated along the
Y and then
-j along the Z axis, and th scattered light was observed,viong the Z
axis in.both
cases. A line at 47 ce appeared in'the Raman spectra:when the
direction of
UDC: 548.0:% 537
Card, 1/2

"M
KRESHKOV, A.P.; KHUDYAKOVA, T.A.; AUROV, A.P.j AftBATSKIY,
A.P.
Chronoconductometric method for determining maleic
anhydride in its
copolymer with styrene and sodium styromaleinate. Plast.
massy no.7t
51-55 165. 1 (MIRA 18:7)

ARBATSM,-A.- V.--- - - - -
1. "SpAfi6iis'd Several Homologues of N-Substituted Pyrrole and
Pyrrolidine,"
Zhur. Obshch. Khim., 19., No.9, 1949.
lab. Organic Chemistry im. Zelinskiy, Moscow State U.

ARBATSTrY, A. V.
"N-Phenylpyrrolidine, and Its lReactions." Sub 20 Apr
51,
Moscow Order of Lenin State U iment M, V. Lomonosov.
Dissertations presented for science and engineering
dpgre"
in Moscow during 1951.
SO: Sum. No. 480. 9 May 55

YURIYEV. Yu.K.; KOR=OVA, I-S-; ARBATSKIY, A.V.
,I, ~I;a
Nitration, bromination and carbo3ylation of
11-phanylpyrrolidine.
TZV
Akacl.naWk SSSR; Xhim.otd. no.2:166-171 Mar-Apr 51.
(CLML 20:7)
1. laboratory of Organic Chonistry imeni N.D. Zelinskiy
of Moscow
State University.

P\8 RTSKIY,

ts -R
ArlA
WOW
U ZZ,
71SR
"

~
'
1

Nauk No. 1, 83-7(19,1,3i. follmhig romj~Lr. of ilm

rm.*h. and %
yit-ld givvill gl~pd; froin N
fertfit amines with J54 1-pyrt olid iql licuumv-solfoa% I chin

ride,jo, agrccmcnt%iith theory(CIA, Z,~URV)all wt-rc fit,
, A
1,10t inv
nctiv
~*
inst vftra
sti
flic
wcw

tt 41

e-
~
c
y
p
p
;
'
'L
11
f
ff
M

rom ho
ivatex)
, 193
4
.
, 11, 2-py
(

red,-broivn amorphous powdet- sol. in ni(h, (pbik) and alkal-

in
(yellow), dmomp. 315', 60-8;

11)7.6* (from gincial AcOll), 61: if,
cyclohrx).1, lirlit

-dolet 298 * (fifint glacini AcOll), 71; 11,
C11,C111011,

I 2~.O (from ivater) 73%v. A.

1 M
.1 WEVERM , ME.'
Rv

*

li~-'- then rtt%m icstd. 0"t lkrtsl u
uqaito~f 4;~rs*. to

,
'
h pbo
d wi
id
L
hw
i
A

rile
a
matc
t
x
.
il
c' [us 30"
PA6 *

'HCI:*pd AcOHj freO of M-with Na~SM and ilPtd-
-Ad

WTMnb;Uvd 4
t
%:
I
ENH

n
-tatto. cave-w t 011 OU5% of the -
I h:aq~. No
he
'as
OM-
' Nfrom ficrolae); whicir
9-hsi~ C
218~17
A

.
.
q
i
r

reitivolor Ju dir. To tA Uichler~-; ketone

Wat W

d
dS
ro."All
4 =dk sak': wlth~ N OH t
, th t. WAS
fd give (CM"
't Uut bolW *Itb dit. HCI I hr.'

.
.
out t e'"L
ividi NRCI) 7050' bis(p4imethymmino-
l
Y
la i
!t
Ml
I =
f
l

fi
.
l
t
'Wvlolit' wh Ch lost it
0

truent WI, P1 OM tM' MINn4 b4$V. 0010t-

Ifiv*t3YI)ji~

'd kwl~ 1A is
znl. con ItCl an& 15 mi.

~wemv-%*W
h
l

in (A
toO*,uvatedivith4g.KCi~6O~;ati(ist e
i
a
d
f Z
C

v
n
t
jn~ o
W1
A
ew
l, g
hat MZ=60~ In the fotmeorem ZnCt?

It 'C sjM#C jKZA; tW gives gre"S-Eoltm
W

&nd anilin, In oreg~nc Y L. K

joiT
-j",-J V.
AID P - 3582
Subject USSR/Chemistry
Card 1/1 Pub. 152 - 19/20
Authors Yurlyev, Yu. K., A. V. Arbatskiy, 1. K. Korobitsyna,
and V. M. AndreyeV - ---WA
Title Preparation of N-phenylpyrrolidine from 114-butanediol
and aniline in the presence of aluminosilicate
Periodical Zhur. prikl. khim., 2-8, 7, 781-782, 1955
Abstract Under optimum reaction conditions the yield of
N-phenypyrrolidine obtained was 66.1%. The-prepara-
tion is described in detail. One table, 5 references,
all Russian (1937-1950).
Institution None
Submitted Je 30, 1954

JIRBATSKIY, A.V.j GRIGORIYEV, A.A.; KLIMNKO, M.Ya.
Preparation of a new flotation reagent -
1,l,3-triethoxyIr:t&ize.
Khim.prom. no.3tl76-181 Mr 162. WRA 15W
(Batane)

ALIIEV, A.D.; _ApkTpk~y, SHISHKINA, M.V.; KRENTSELI, B.A.
Stereospecific polymrization of
trans-l-phenyl-1,3-butadiene.
Dokl. AV SSSR 153 no.2033-335 N 163. (NIRA 16:12)
1. Institut neftekhimlicheskogo sinteza AN SSSR.
Predstavleno
akademikom V.A.Karginym.

RMAIMAINIMI'M M, -I 'WWRIVAll rVI'M

IM
IRA71Y) 'Sa A.
APP_`,YEV., S. A.--"The Polytherm of Solubility of Sodium and
Potassium.
Chlorides in Sucrose Solutions at 20-60 Degrees, and The Solid
Phascs.11
Acad Sci Kazakh SSR. Inst of Chemical Sciences. Frunze., 1955.
(Dissertation for the Degree of Candidate of Chcmical Sciences).
SO: Knizhna)m Letopis' No. 27, 2 july 1955

DRUZHININ, I.G.; ARBAYET. S.A.
Solubility and the solid phases of ternar7 systems consisting
of
sucrose, sodium chloride, potassium chloride, and water at 20.
40, and 600. I%v.AN Kir.SSR.Ser.est.i tekh.nauk 2 no.3:
95-im 6o. (MIRA 13:9)
(sucrose) (Salt) (Potassium chloride)

ARBAYEVP.S.A.
Thermal solubility diagram of the ternary system sodium
chloride-
sucrose-water. Report No. 1. Uch. zap. Biol.-pochv.
fak. Kir.
un. no.7:189-205 158. (MIRA 15:10)
(Salt) (Sucrose) , (Solubility)

DRUZHININ.-I.G.-I-BAKASOVA Z--- -ARBAYEV ---IMANAKUNOVj -
Bi-p- otNT.- red.-;- -
VAZHEYKO, I.V., red:'iz~-~,-ARKHih, M.G., tekhn. red.
[Reaction of saccharose with sodium) potassiump calciump and
magnesium chlorides]Vzaimodeistvie eakharozy s khloridami
nar-
tiia, kaliia, kalltaiia i magniia. FrLmze, Izd-vo Akad. nauk
Kirgizekoi SSR, 1962. 145 P. (MIRA 16:2)
(Suorose) (Alkali metal chlorid0o)
(Alkaline earth chlorides)-

DR70ZHININ, I.G.; BAKASOVA, Z.; ARBAIEV'_Z.A'; IMANAKUNOV, B.,
otv.red.;
.VOZHEYKO,I.Vog redoizd-va; ANOKHINA, M.G., tekhn. red.
(Reaction of saccharose with sodium, potassium, cal,sium, and
Inagnesilim] Vzaimodeistvie sakharozy a khloridami. natriia,
kalliap kalltaiia i magniia. I Frunze, Iza-vo Akad.nauk
Kirgizskoi SSR, 19620 145 P. ~MIRA 16:4)
(Sucrose) (Chlorides)

NIKITINA, Ye.V.; AYDAROVA, R.A.; DZHANAYEVA,
V.Y..; UBUKEYEVA, A.U.;
SUDNITSYNA, I.G.; SJUANOVA, R.114.; GORBUNGVA,
N.V.; TKACHENKO, V.I.; FILATOVA, N.S.; CHERNEVA,
O.V.;
VVEDENSKIY, A.I., nauchn. red.; VYKHODTSEET, I.V.,
otv. red.
[Flora of the Kirghiz S.S.R.; a guide to the
plarts of the
Kirhiz S.S.R.] Flora Kirgizskoi SSR; opredelitell
rastenii
Kirgizskoi SSR. Frunze, Ilim. Vol.11. 1965. 606 p.
(MIRA 18:11)

ARBATT# I.ID
I- -
.ExPerience-with the continuous method of fermentation. Spirt.
prom.
24 no.8:25-27 158. (MIRA 11:12)
(Blagoveshchensk (Amur Province-Fermentation))

DIMBARENDik.ER, M.I.; SEREMENNIKOVA, K.L.;
TEMOVSKIY, V.A., FrIMAnAll
uchastiyes SHAROV, P.14.~ NOVIKOV, L.Z.- LURIYE..
E.I.,- P"i.SIM,
y P
M.K.; KARABIN, M. [deceased]; KOSTIN, L.I.; FROLOV,
V.P.,
14EDVEDEV, F.V.; GELIMHANOV, S.G.; DONDAR', V.G.;
TIMOFEYEV,
P.I.; MININA., L.V.~ AREEKOL F.F.; NIKOLAYEV, N.I.;
YAROSLAV,
T.Ye.; NUOLL'PUM, V.U. "MUM--Aww
Gasification of mazut under pressure in a
s+veam.o)Wgen blast.
Gaz. prom. 9 no.lls49-50 164. (WIRA 17:12)

TAREYEVA, I.Ye.; PRISS, I.S.; ROZANOVA, L.B.; ARBRIINA,:N.S.;
WMIELAT)
V.M.; PODIYAGELI, M.I.
Outcome of Botkin's disease. Vop.med.virus. no.q1254-259 164.
(MIRA 18:4)
1. Iz laboratorii deystvitalinogo chlena MIN SSSIR prof','B.M.
Tarayeva.

ARBENIYEV, A., inzh.; ZOBNIN, A., inzh.
Effect e method of winter concreting. N& stroi. ROB.
3 no.10:
23-24 0 162. (MIRA 16:6)
(Concrete construction-Cold weather conditions)

,,ARB.'-;N lyev A
Placing concrete in winter vith brief electric heating
of' the mix.
Stroitall 9 no-5:25-27 My *163. (MIRA 16:9)
(Concrete construction-cold weather conditiens)

- -- - -- -,- -- ---- - -- 51'--- -- --- - -- -- -- - - - -
--
ARBENOY.EV, A., insh,
Open pit working of clay under winter conditions in Kuznetsk
Basin.
Stroi. mt. 4 no.9:29-30 S '58. (mm 11:10)
(Mi2netak Ranin-Clay)

ARBBNIYBV, A.S. inzh.
Learning to work with the keramzit unit at a brick
factory.
Stroi.mat, 6 no.4:26-27 AP l6o. (mm 13:6)
(rVokovo-Building materials industr7-3quipment and
suppli6s)

ARBENIYEVy A.S., inzh.
Electric curing of a mixture and strength of
concretes.
Stroi. mat. 9 no.,10:39-40, 3 of cover 0 163.
(MIRA 16:11)

aEENtYEV, A.S.., inzb.
- ~---
Study of the propertieB of concrete placed in
Siberia in
the wintertime..Bet. i zhel.-bet. 9 no.11:519-521
N 163.
(MIRA V.-I)
z _-~ _-

ARBEN I YEV A 0 S. I9
Winter concreting with electric beating of the mix.
Prom. stroi. 40 no.9:27-29 162. (MIRA 15:12.)
(Conc~ete-cotwitxuAio*"Cold weather conditions)

M~
ARBILNIYEV A S,. inzh.

ARBEWYEV, Aleksandr Sorgeyevich, inzh.; AFTONOVA, N.N.,
itzli.,red.
(Concreting unier winter conditioto, with electrically
heated mixes; according to mater-laln of the Novokuznetsk
Section of the West-Siberian Br,,mch of the Academy of
Construction and Architecture of *,P- Betuniroxanie
v zimnikh usloviiakh s elektropodogrevom betonnoi smesi; po
materialam llovo:ru,,7netslkl--;gc, otdeleniia
Zapadilo-Sibirskogo fi-
liala ASiA SSSR. Voskva, Goostrciiz~3-.t, 1963. 33 p.
(I-!IRA 17: 10)
1. Akademiya stroitellstva i arkh,.taktury SSSR. Nauchno-
-issledovatellskiy institut organizatsii, mekhanizaLsii j.
teklmicheskoy pomoshcht stroitellstvu. 2. Ilukovoditell Is-
boratorii stroitellnykh inaterialov Novolmznetskogo otdele.-
niya Zapadno-Sibirskogo filiala Akaderrdi stroitellstva i
arkhitektury SSSi (for Arbenlyev).

AFJ-3h S.j, inzh.; KOZLOV, A.D., inzh.; LEPEKBIN, I.P.,
inzh.; SUDAKOV,
V.P., inzh.
Winter concreting of foundations with electric curing of the
concrete mix, Prom. sturoi. 42 no.9:41-42 5 16!,. (mm
-17:3.0)
i I
i

L 05912-67 EWT(m)
ACC NRi AP6015957 SOURCE CODE: UR/0097/66/ooo/ooi/002T/0029
AUTHOR: ~Arbenlyev, A. S. (Candidate of technical sciences)
ORG; None
TITLE: A new method for winter application of concrete
SOURCE; Beton i zbelezobeton, no. 1, 1966, 27-29
TOPIC TAGS: concrete, concrete equipment, hydration,
transportation equipment
ABSTRACT: The author proposes a broader application of the
vacuum bottle method which
consists of brief electric heating of the concrete mixture
before laying. A study is
described which was carried out at the Novokuznetsk Division of
the Ural Scientific
Research Institute of Reinforced Concrete under the direction
of Professor S. A.
Mironov on the effect of low temperatures on concrete mixture
dueing transportation.
Grade 200 concrete was used with a water to cement ratio of
0.4-0.7 and cone runoff
from 2 to 12 cm with various admixtures of NaCl. CaC12 and
sulfite waste liquor which
did not exceed more than 2% of the total cement weight. All
test specimens were made.
from the same batch and held at various temperatures to ensure
fully comparable re-
sults. The concrete mixture was cooled in a special container
and heated by current
flowing through.the container walls. The specimens were tested
after outside exposure
for 1, 3 and 28 days and 28 days after standard storage. The
results show that con-
uDc: 693-547.3

f 4c~ NRI
AP6015957
0
crete mixture cooling during transportation under cold conditions
causes intense ce-
ment liydration.' Concrete strength can be increased from 20 to
30% at low concrete
mixture temperature or by using cold fillers during hardening
under ordinary conditio
High temperature heating of fillers and long transportation in
cold weather produces
heat losses and induces concrete hardening which interferes with
application. Short
duration electric concrete mixture heating before laying does not
disturb the structu
of the mixture and increases cement hydration. The strength of
concrete produced in
this manner is 2 to 3 times better than that of ordinary
concrete. Electric heating
before concrete laying makes it possible to broaden the
application of the vacuum
bottle"method. This ensures 50% mark hardness with normal
physical and mechanical pr
perties at temperatures up to 2430K in average structures with
surface modules up to
10. The use of quick hardening cements or warming molds makes it
possible to achieve
70% mark strength of the concrete before it freezes.~ Orig..art.
has: .10 figures.
SUB,CODE: 1l/ SUBM DATE: None/ ORIG REP- oo4
kh
Card

ARM, T Y J.
117dr-auli.- duplex cylinder. Stroj vyr 9
no.7--336 161.
3. VyBbq=y ustav kabolov a izolantovs,
Bratislava.

ARBET. Jan
Braking drum for unwinding of fine fabrics.
Stroj vyr 10
no.7:359 162.
1. Vyskumny ustav kabelov, Bratislava.

4vzf"T) Je-n
Synch;!arilzing revolutions &nd circumfersttial
speeds by mean3
of hydromotors. Stroj vyr 12 no.8--583-584 164.
1. Ru,~:earch InsLitut.P of Cables ~,nd
lnsulfit-.~nj, BraOslava.

V
i', ~~ .,. -
~P", -
~
.% 4 ~
Mi,M
-6 ~ R - M,
, -. M' I-SIM."M 19 ~"; .0-A.
r 91.2,
I , . MEMORIES ME.. wt-,:i
I

TSURINOVA, Ye.G.; ARBISMAN, D.M.
Dynamics of protein fractions in the serum of fibrinolytic
blood in relation to the period of its preparation and
preservation. Probl. gemat. i perel. krovi 9 no.3%45-49
Mr 164. (MIRA, 17t10)
1. Nauchno-issledovatellskiy institut skoroy pomoshchi imeni
Yu.Yu. Dzhanelidze (dir.- prof. G.D. Shushkov).

ARBIT Ye A - SEREBRENNIKOV$ V.V.
Compounds of rare-earth elements and yttrium with
vanedic
acids. Zhur. neorg. 10 no.2:410-413 F 165. (MIPA 18:11)
1. Submitted JulY 5, 196,10

-""JALjt~A
Design and calculation of the structure of
artificial fur w4th
a woven base. Leh. prom. no.3:63-66 JI-S 165, WIRA
M9)

ARB.1T.AN,.A1.A.; BYCHKOVA, I.I.; GORDIYENKO, M.G.
(Hordilenko, M.H.1;
KUCHERp I*Ee
Interfacing fabrics for the collars and cuffs of men's shirts
made from synthetic materials. Leh.prom. no.1:9-10 1*-Kr 164.
(M1RA 19:1)

Antensifical-om of the t-tyrerne po)yme'Tizetion pla"al fo-
the produrtioL of Wymers with predeternimad propemes.
The prelerm: fonnuLl Colltault7d 5t),Tc,;,t !(A. H-O Attt, K
Lastc--r oiJ sc~i, 2X~S g , 13.4. And 4~76 minol. C 1r"' el
were reproilu~-tA of the mt,i. wt. uf the polymers obtlLtued
dur ing diffen mt polymmizadun times, tht kinetic curves at
vario-as pMymeyizAti,~n ratr~ ~t difle.~nt texups.,
uIr M%~ At fifl,~E I ec-- . -j the
i f ~ 1,; 1 hr sysLeln

ARBIVANT, S.11,1.$ Gand Tech Sci (diss) I'Study of the
process and"apparatusI4 of ivater-emulsion
polymerization of styrene.,' Mos 1958, 15 PP (Iqn of H-igher
Education USSR. Mos Inst of Chem Machine Building) 150 copies
(KL) 42-58) 115)
- 29 -

.M,17 T "i OR 3
Arbitman, S. Y.
Levin, A. N. 64-58-2-5/16

p
TITLE,
Continuous Water-Emulaion
Polymerization of Styrene

(Nepreryvnaya vodnoemultsionnaya
polimerizatsiya stirola)
PERIODICAL:
Khimicheskaya
Promyshlennost', 1958, Nr 2, pp. 27-32 (USSR)
ABSTRACT:
A method
is described which is initiated by an oxidation

reductio 'n
system and which takes into account the previous works

in the
field of continuous processes. The plant consists of an

"ideal
arrangement" of the apparatus according to the grapho-

analytical computation method for the ideal order of
aggregates

for reactions in homogenous liquid phase- A
schematic repre-

sentation of the laboratory plant is given and
from it can be

seen that the aqueous solution of the emulsifier
together with

the reducing agent, and styrene together with the
oxidizing

agent dissolved in it are directed into the
emulsifier through

siphons, in the emulsifier being a propeller
doing 1000 revs/Min.

From the emulsifier the line leads through
a coil in the water

thermostat to the three polymerization
vessels which are also

placed in thermostats. Each polymerizer
has a thermometer and
Card 1/3
a stirrer. From the given
operation technique can be seen that

C;ntinuous Water-Emulsion Polymerization of Styrene
64-56-2-5/16
polymerization begins in the last polymerizer, that then the
two before this are supplied after each other and that only
then continuous polymerization bej;ins by the full connection
of the plant. From a table can be seen that the authors worked
according to three methods. The operational parameters of the
aagregates are computed grapho-analytically and the eiven
diagrams (velocity curves) of the function of time- and monomer
concentration vs. polymerization velocity are obtained by
graphical differentiation. From the obtained velocity curves
the
steady concentrations of each individual polymerizer are
computed according to a formula; the practically obtained mean
values coincide sufficiently with those calculated. From this
is concluded that the grapho-analytical method of computation
can be used for this operation process. The determination of
the
monomer content in styrene was carried out by bromination of
the double bond. It was found that the capacity of the plant
a Creed with the calculations, and that it was very hiah in the
various methods. The schematic representation of a test plant
is also given. Among other it can be seen from it that the
Card 2/3 latex of the last polymerizer is coagulated in a
coaGulator

Continuous .11--ter-Emulsion Polinerization of Styrene
64-58-2-5/116
U
-ith a water solution of the coaiulum and is sepaj.-ated from
the monomer, or accorc~in,,~ to another variant is directly
brought into dryin-j- t--tomizer. The latex su spension.
coagulated
a,nd treated vilth stezuii can be washed in two different
T-lys.
The washed polyner is dried in an air drying apparatus.
There are 4 fiC;urcs, 5 tables, and 5 references, 4 of which
are Slavic
AVAILABLE: Library of Conaress
1. Styrene--Polymerization 2. Industrial plants--Operation
3. Industrial equipment--Operation 4. Mathematics
Card 3/3

ARBITHO, S.M.; LIVIN, A.Na
Continuo-ao aqueoue emulaion polymerization of
styrene. Kh1m. prom.
'2, 1-96 Wr 158. (KIM 110)
n
o* -9
(Styrene) (Plolymariration)

WTA M=rGBMW, L.A., KOM=", IRM PAYLIMT, A.F.,
nmpmm, M.K.
Z3Terl~tal data about the production of phthallo
amb7drIde 'by oxidation of 9-3724
Report to be aulsitted for tjw U-~WWwmn cm b1&% mUcular
volgtt
devotsd to manow", IWM, 3-T APU 62

5/064/62/000/006/002/003
B140138
AUTHORSs Khoheyan, Kh. Ye., Pavliohev, A. F., Arbitman, S. M.,
Kurichova, L. N.
TITLE: Production of' phthalic anhydride by liquid-phase oxidation of
o-xylene
PERIODICALs Khiml-,-heskaya promyshlennost', no. 6, 1962, 6 - io
TEXT: On the basis of their previous studies (Author's cert-ificate
136538,~'
Sb. izobr. i rats. predl., no. 7, 80 (1961)) the authors developed a
three-stage process for producing phthalic anhydride (PA) from
o-xylene:
(1) liquid phase oxidation (LPO) of o-xylene to o-toluic acid by
atmospher-!,,,,,/
ic 02 ; (2) esterification, of o-toluic acid with methanol; (3) LPO
of the
methyl ester,of o-toluic acid to PA and methanol. After a survey of
papers in this.field, the method is described in detail. (1) LPO of
20 20
o-xylene (d 0-8700 - 0.8802; n 1-5052, b.p. - 42 - 1450C.) wa's
4 D
carried outs (a) catalytically at atmospheric pressure and 128 - 1500C
with preliminary addition of 5-,*6 drops of isopropyl benzene
hydroperoxidel
Card 1/3

S/064/62/000/006/002/00'3
Production of phthalic ... B144/B136
or (b) at elevated pressure without catalyst at 130 and 150 0C. Th
e oxidate
contained toluic aldehyde and o-toluic acid which were determined
with
oxime and from the acid value (potentiometric titration),
respectively.
The yield ino-toluic acid increased with rising pressure and
temperature
and averaged 90,- 97 %- (2) Oxidation ofo-toluic acid necessitates
the
esterification of the carboxyl group. This was done with t-O'-71
2222-54
(GO~iT 2222-54) methanol. The reaction rate increased from 45 to 97
%
01
when the temperature was raised from 245 to 300 0. An acid:methanol
molar ratio of 1:5 is recommended for indust ' 1 ditions. The rate
~ia con
constant at different temperatures were(min t k 245 = 0.0619; k 270
~ "TO
k300 ~ 0.2615. The activation energy was 11930 cal/mole. (3) The
ester
is catalytically oxidized to Pik at atmospheric pressUre and 125 -
200 0C.
At 18000, the LPO of the methyl ester obtained (n20 _ 1-5200) takes
place
D
practically without induction period if 4 - 5 drops of isopropyl
benzene i
hydroperoxide are added. With a 42 % yield, the reaction time at
18000
decreased from 8 hrs at atmospheric pressure to 2 hra at elevated
pressure.~
PA was separated by cooling the oxidate down to room temperature or
by
,distillation in vacuo; i-t was obtained with a yield of 90 95 and
Card 2/3

S/064/62/000/006/002/003
Production of phthalic B144/BI38
answered the rOC,-T 7119-54 (GOST 7119-54) requirements. There are
6 figures.
ASSOCIATION: MISS
Card 3/3

KHGHEYAN, Kh.Ye.; PAVLICHEV, A.F.; ARBITIMU, S.M. - KURICHEVA,
L.N.
Production of phthalic anhydride by the liquid phase oxidation
of o-xylenes Xhimeprome no.6:392-396 Je 162. (MIRA 15'.U)
1. Nauchno-issledovatellskiy institut sinteticheskogo spirta.
(Phthalic anhydride) (Xylene)

V.F., kand. ekonom. nauk
,jtBIYSV,,K.K., gornyy insh.1,PROTASOV,
Technical progress at ore-strip mines of the Norillsk Combine. Gor.
shur.
no.6%6-10 Jo 165. (HIRk 180)

ARBIYEV, K.K.t gornyy inzh.
Practice of boring and blasting operations in pits of the
Noriltok Combine. Gor. zhur. no.7sl5-20 J1 163.
(MIRA 16:8)
1. Norillskiy gornouetal-lurgicheskiy kombinat.

ARBOLISHVILI, D,Z.
Geothermal conditions in c9rtain. areas of the Georgian S.S.R.
Geol. nefti 2 no.12:43-47 D 158. (MIRA 12:?-)
1. Obwyedineniye Gruziuskoy neftyanoy promyeblennosti.
(Georgier-Zarth-Temperature)

ARMLISHVILI* D-Z-
Prospecting for oil and gasIn Mesozoic oedimente of western
Georgia.
Averb. neft. khoz, 37 no.q.:'6-8 S 158. (ICMA 11: 12)
(Georgia--Gas, Natural--49ology)
(Georgia-Petroleum geolog'r)

Oil pools in the Shiraki series of the Patara-Shiraki field. Owl.
nefti i gaz& 4 no.11;37-40 5 160. (NIRA 13:11)
lo. Treat GruzAeft's.
(GeoTgia-Patroleum g901087)

'R DT ~-We-k'
Y4.
Monday Afternoon Smilon A-$-I (Cootd.)
concentration of all thme acceptors. 11to variation of the yield as a
function of concentration of the competing
acceptors will be Wentlexi. whereas any variation orconcentration of
the Inactive sub the
stance will not innucnce
IcId. 11m qUAlitAtIVID concluilons art home out by the rciulti ofthe
quantitative analysts uwd In the Investigation
or radioiysit of iron and chromium ions.
P~ N~. praut
SESSION A--6-1 Biochemical Response of Brain and Nerve%
Studlei on the at the Central Ne"out System
S. Y-11.1
The distribution of -Vabelled fl-mercapto-ethylamine in the neryout
system has been investirrate7. -Thm hrafter
administration. the Concentration In the cerebral cortex was found to
be higher than that in other tissues. At 6 hir,
the amount it% the sub~ottieal tissues had increased. u WK at 24 ht,
the drug we$ COMIlItAW in the brilit stem.
This drug was found to ilopms tho pfootts Of excitation in the
cerebral cortex. The sulphur-containirts radk~
protectors usere found to hava a sedetivc action.
truida%olt, 2-carbonlo scid compounds, cu%ing to their sedative
action. prevent both excitation and inhibition V
In the central nervous syslern, and so protect against radiation
ln)ury. Aminasine and phenatin hive been round
to reduce the "tent of Impiinment. and shorten the time required for
recovery Of a number at uncondifioned
responses.
It is suggested that drosts which affect the razute of the nerve
impulse should be invei6its ed
)4.0.0 I_hw-d. Ussit
Ir
ribport pmeuto& at tbV 204 latl. C*2P*88 of Radiatim ReveUvIt,
Mawo-gate/rarkabin, Ot. Brit.
.5-11 Avg. 1962,

Ar, I,
I LC A, I
-Iterruhlonship of reactiowdthe bxLiina~d. c: i rzi s --n
1 .1
of and brain uwnds," Chair c-L
I
Me0j,cE,7 ln~J, ~imi Krasnoyars
- - k Regional Hospital for 7-~va- d-- c f
P--- t r ioi 1 c War. I ~ ra sn r s k
1956. (Dissertation For the DeLrc:~: (-1.5- L.I)ctcr In
letopis
No 34, 1956. I;oscow-

ARBUZOV, A.
MWPMPMRUO
.Radiogram from aboard the llooperataiia.0 Radio no.1:13 J&
157.
(Bidlo, Shortwave) (NM 10s2)

ACC' NR.- AN7001733 SOURCE CODE: UR/9008/67/000/011/0001/0001
t AIJTHOR: Arbuzov,- A. (Guards senior technical lieutenant,
Military technologist
first craMY-
ORG: none
TITLE: 'Military airfield kept in operation during a snowstorm
SOURCE: Krasnaya zvezda, no. 11, 13 Jan 67, p. 1, cols. 4-7
1- TOPIC TAGS. military airfield, airfield cleaiing
ABSTRACT: This is a description of the activity and equipment used
to keep a
military airfield in operation during a sudden snowstorm that raged
three days. It
is stated that there was no breakdown.in'the equipment. [N
C)
SUB COD'E: 15/ SUBM DATE: none/ ATD PRESS: 5109
Card.

ARBUZOV, A.W.
~,
Our experience In organizing school tractor and field crop
team.
Politakh. obuch. no-5:44-49 My 158. (MIn 11-5)
1.Zmiyevskaya srednyaya shkola Sverdlovskogo rayons,
Orlovskoy.
oblasti.
(Pield work (Nducational method))-

ARBUZOV, A.R.
4V
Rural sehoole and their part in the future development; of
collective hirming.. Politekh. obuch. no.9:12-13 S 058.
(MIRA 11: 10)
1. Direktor Zalyevokoy sradney shkoly Sverdlovskogo rayona
orlovskoy oblasti.
(Sverdlovskly District-Technica3 education)

0-us System--
ine, - *r*
fects of Dr~gs bn'
f
E
Medicine - Nervous System, Physiology
Iffecte of Antagonism and S.7nergism
Between
Drugs and SympathomInatic AmInes on the
Action
the Central Nervous System pf Vertebrates:
:.U, Ch=ges In the Latent Period of
Reflex and
:rnfliie,nce'of, s ' -
Boo Teimperat=6 'Under tbi ympa-
thomime-tic Amin6s, an& Their Stimulating
Action
In Comparison t 3 Drugs,"'A. YEC. -
Arbuz&y, Chair
of Pharmacol, -iil Yled Acacl imeni S. M.
Kirov,
pp
"Niziol Zhur SSSR" Vol M=V, Nq
34/49T20
MM/Meclicine Nervous System, Sep/Oct 48
Xffects of Drugs on
(Contd)
~J*acrlbes experiments on rabbits.
Nakeofice"
-were chloral hydrate
an&'z-sd4ha1,*.-'_:-AmInea,
.."Used -were adrenalin, pw~vitin,
pheratin
'e2hedrin, and s~mpathol. Results are te
ulatea,
plotted and discussed. SuInitted 15-Feb
47.

A &A-111 a I L A- a. -x J- ~ 4 , A -11- A-kx~m
A -01, A?TJ POP- 01110I.-
ftv
Acetal of campbar. A_H_Amnvzt)%-., J. Him. Pkvs.-Chrvi. Sw. 61,
7
0 (JOV).-Accial of camphor was first obtained in 11M from
camphor and IICIt)l-*t)j
411" -Adv% it product bq 8-1 3' was obtainr(i. suppowdl~
00 4 juvwrive ( .;Oj~ Rt
"Impil. 01 camplikir Stitt ale, Ollict Itivrstilistors (C A~
21, IN,7) f%fit-atril
60 1 i , tIICW V%pt%, And stritt4i that tht ShAt *A% 0 11116t,
(4 1IC(OIjl)j Still comillmr
*0 to more recesit work Arbutov fidled to obtain a definite
fraction b. 82 3% atilt stalv%
that, apparently. the above comild. wail not formed. Ilowrvvr,
lit also failed it) oh
004 tain a traction coutit. HC(ORt),. Tire yield of camphor
arttal wits Of 41"'C' of thr
00 a theomicill, otlivra obtained 24-30%. It is very Stable,
but Ill lirt-wilcv Ill Ovid. Watrf
splits it easily into sic. and camphor. 144,11mir
00 ')
00
09,,
so 7
001
ar 11
-1i L
U I it to Al
rittit it
0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6
0 0 0 0 0 c'6 a 0 6 0 6 0 0 o 0 o o 0 0 0
I 1 41 OW a a IF I W 11 0 a a 3 a W
I No a 1 1'.'
6 0 0 Olis 6 0 0 0 0 0 0 0 0 0 0 0 * 0 * 0 0
0 0 o 0 0 0 6 0 0 * * 0 * 0 0 0 0 0 0 0 0 0
.0
.00
.00
moo
'00
'300
roe
coo
see
goo
00
goo
'00
'00
Joe
so

0 6-6-0 a
4-0-0~0-0-0 0-6- 6-0-6-0 4-0-0-0 0
I A 5 a Y A 1 1. 11
li W ism 11 111 "M
I U V

illi b)db UJIM a -it R 9 M 14 a k V x it 4
b .
I I V 2__kL as CE I nj. j. j.
r 'to,

~
14M.1,10 '.Pl'

.4

Uc-
dsc=WAinganuymm*WWpboophorussioaL A. E.

00

_.
ARimutoy Amu B. A. Axamov. A Ross. Phyj,-0wft. Sm. 61,

00 C

JWW attempts to prep. optk*Uy active immurridem of
phumphinic acid derivatives
'
-
am briefl
ommiLdwd
n4 th
f
I
i
id
1

. %
e prcM o
e or
101
h).
y
*s d
*%y
(Ol
.
litt-1110" tlcCWI
CACOmli and phrxyi-a-pkozpAvwpvpioxlir arlidi
OPIOC117
i
is

00

t
.
.
es,
t
mcribeil. Phenylphosplimiscetic acid, at. was obtained as the Et
ester.

00

th 195-8*, do 1.1=6 by the actkm of thillubutyl
phenylimimphite, JlI'h(OCJj.),. 1),
-
~* (f
44
h

60

,-
.
rom D
:4dlrnyI chkwide and W-11trONs). tin UrCH.Ckhtit. The alkaloid

06

salts of the acid c~juld not be reor4ml 811to 211"It active
iNullixetornts. pkeplyl'.
0'
4
J
A
i
i
d
108

1

.
0
oil
Oseprop
c "O
, tn.
P
, was per; . by t c sann, trorthod as the fit ester.
P

b) IUL-3'. d: LHIM.S. front diwwtyl Ithemylphasphite and
MCCH111COlit.

11. C A.

V

go
of I ALL UPOKAL LlTtR.TLR[ Ct-ISIFICATION
S A 3 M L A
Vo
00
It
to
00 0 10, so 0 0 0 "a 0 0 0:0 0
"fo '01 o
000000,0000 00000 o 006 1`0 0 4 i 0 0
0
UZ -
-0 9 41-
e-6 0
40 Q U 1A 41 R
. 9 A ._4,
.00
!-00
=06
rOO
900
00
0
-00
Mee
tsoo
00
0
0
Will
0 0 0 111, 111 0 0a 0 0 0 of 0 Go-
0 0 0 6 0 0 0 0 6 0 * a 0 a 0 oi

a S It I I I IQ it it 1) 4 is to 11 Is 19 a It a n 34 n 36 V a
?I a it It I) m 35 it u Is 111 40 41 Q 4) it a E
_r I*- Jip- t
A 1 11 L
1 61 1 M m tor
A-t-
-1 J-A A
of is
Phooplejeek adds mWaIng an asymmotriCal phosphom at*M A, It.
AltutUtiv /0
00 ND IRS1,116 A. Astautovit. J. Reiss. PAYS.-CArse. SAC. 61,
00 ir =Y.1pba hain c, acid and pbenyltriplirnylwcthyipbowphinic
acid were synthesitird.
00 nu& ju attempts made to n-A%v them into optical
immirrides,by Wt foru;O- -00
Um with alk"Is. Pilemytisobodj4 imic acid, M. 14-5% wes
obtained by the
action of ieto-ltul t"t the t-our I'llh(ttlifels at WAS.in a
tIcedrd tulw. It did not give .00
rMialfilistl4e, salts with alkielive ter alkikloids, J'hr "ter
vllittW.11.1. and llb.Clit .00
undrs sunklier condition't Orld"i P".V(IfIP"3WmdAv1 IR" 01,44,
its. 2X7 V. 1.00
which grestv ctvst. salts with the alk, all nirlitiq hit[ not
wifftalln. .14. Ii. C. A. a
00 .00
400
'60,
rof
6
06,
001 a**
Coo
U
49 '00
No*
00
so
00
If!
r
a
P It It P It M .4 01 it R Q ~,013 n I An 1 5 OW 0
0" 0" '0 0" '0 : : : : 4 a 41
a 0 0 00 0 0 0 0 0 111!

Ww A"
s0-
00 A
j j i
so
00 a
90
00
IF 11 v a M 4 at 1) 41 ad
.09
*00
.00
*00
600
coo
As
goo
A 0
Soo
too
SITALLURGICAL LITCRAU41 CL"SVKAIMN
loom SIVISIS" Isom ""&"V
1*"Nv -d wONO Nit Q"V a., 411111911 811121 ftc 0.0 All 0
U IA At,- Sh a w 0 a a I v 61 1a a 3. 1T
0
0 0 0 *~f 'S 6see 0 a 0 0 0 * 0 00000 so
IOU
0 0 0 0 0 o o o 0 0 so, o 0 0 0.0 0 0 0 0 0 0 0 o o 0 0 o q 0 0
0 0 0 * 0

;M70 ~6637'1 0

1

-AA C
-
:*
a 1 11 Q U14 Isis ull 19421abbi as 36 it 36 A ]OP UUMN, 16))
one
K-P h I V I V I --A . I '_ ~
8 1 A L A "-Q-A A A

41 rj43
*uC
'.
'4
---
Po"I&I'll _11f,

pq

V,A K"
P
a th
of
bW

op
.

b_.y
-P h-P

.14
b 143
~

00

bloride (0.5
p yt

I
with 8 giving rise to the couipd. CtslfiAP, bs-4 1914'. da
1.2201. which Is hydrolyzed

by RtON8 to the Mot. selt,
I'M(SHOONs. but the corresponding acid could not

Z
be obtained
cryst. When heated wli~ )Ill In a sealed tube at 130% the thio
ether.

**a
PPh(SEt),. undergoes isoorrintion to form
PPhEt(SEt):S. 1),,. 10-70*, 4: 1. 1693,

a

which, with RtO.Va,
gives the cryst, Sa pAwio)ieikviwnswAiophO *owkPI'hEl(ON&):S.

i
*
W

roe

but the corresponding add was obtained only
ax a sirup.
isobut)d CIA", I'llb-
e

sea
thi-s 191-2. 49 1.0037, forms S:PPh(SC4IIs)x, with flowers
of 8, and, when

treated with BrCHiMH, Yields woduct giving the
Cryst. No Wt. S: Pl`b.~ONa)-
CH
CO
th
N
di
d i
i

Z*0

0
e n
correspoo
,
a;
ns ac an
ts e
,
nthonlue and brtstine salts did not
lli
Th
t
ti
f ICHXH
COE
h
hi

o

ze.
e ac
on o
a
t on t
e t
Mo
oethcr. PPh(SCoH*)s. gives
I
CuHiPOAP. b&.# 200-6*. but by4rolysis of this failed to
giveacryst. acid. Treatment
t 2W'
of the " eth
r
with PhCH
PIh(SKt)
C1
CHWI
M
S~(?
JS

e
a
:
.
j.
.
gave
%)
)
(
'
14"*
m
d
n
d
S
P
h
C

.
an a
. an
:
.
.P
y comp
H,Pb)SEL th 210-8
, d: LIFW. The
(
*
t 210'
ti
f PhCII
CI
th
th
PPb(SC
H
h
d
)

j
0e

e e
on o
on
er
ac
s a
gave t
6
e comp
.. to, 14"
E
s
.

r

similarly obtained from the ether. PPb(SEt)t, but vacuum
distu. of the residue led to

rapid decompri., so that this
residue was hydrolyzed directly, with famation oV"Yi.

acid.
S-PPh(CH,Ph)011. m. I-t3-4*. A.

so U
-'

~
SETALLOROKAL UT(6ATU*C
CLASUMATION C-Z

see
U 11 AV 00 IS!

L I I W 0 09 W It I A 0
31 1 1

ip

4
0; 0 0 0 te
OT
" P It
& 0 0 0 0 Ke We 0 0 0
No ft
0 0 WIP 0 0 0 0 0 0 0 0 0 0 * 0 0 0

0 0 0

A
0 0 0 .0
4
00 0000000 00
409006696066 0
0 00 0
1

0 a a 0 0 a 0 0 Ce 0 0 0 0 0 0 0 0 0 0 0
i0096000 eflud"s
:Dw nuummiall UU34 11116 limit n itdo
III j~tv Joe
it
ago
_.Z.3 31FAI-NAL11 1-3104411T1
10.00 ~I.009
61,
0 OR
00-11
009, -fie
0 *:, lit 0
too
It Me
003
0o= Poo
C, 0o
go= C, 00
W&V 9 -ddv j%a&ojdwj-*(oWj)Mt-*j It powpqy 1"PoWid "I"T
sow AZoo
-Pvnnsm *-'*Iqdap A-I"Wj
lip 00
00.
too
so.
So-: 1) Me
09
00
nt _f_ M-K - T_T__
9" Nit
9 a IT It it IT w a IT if a a or it 1Z It to
0' 0 0 - W.: Or A,
0600 0 iL 01, ii ,-
&SAM Ilk so 0 to 0 0 0-0- 0 0 0 a 0 -

~Vw am *WOOD sow a-* ewe m~ govese
0 1 1
0#9*06096960411160090:
1

31 j i a A & I
a 0 AG it it 11 U is it a) to to A
)1 12 23 Is 1
0 C
M
31 V x 1

.1 42 AS 449

-A 1
,
.
PP Z I A_ A- A
I I - A- 0,
I

4, --T-
60

,
:
,

-

it-Butyl *star of phosphoric add. _A..A"1JU)V_ AMO 1.
AROUROVA. J. RNA

90

ed
l:~vs.-Chrm. Sor. 62. t533-O(IM.-By acting with ITI, on BuON&
was obtain
11
t
hi
011
id
ti
l
i
b
%1i1
b
h
h
h
h
d
ki
d
)
1)

1
00

,t
u
en
ca
w
t
-p
te.
t
t
e peut
ict pt,,N.
e
a
an
.
o p
(
. (
y
4 Il
4
13
th
I
tl
oll
t 11
S
h
Ai (r
MS) b
t
PCI

.

ac
tlwg
. .
.
e
n
erac
un
u
. ant
w
.
y
.
'

0 0

action of flu Ion I gives the brimerk di-Bu
butanefibusplumate. Bu I
0(0Bu)j. (U).%hicll

go
when aspond. with TICI products
butimphosphonic acid, (Ull. Krpd. purl.-First

sea, prejul. BuONts
by br%Ung an the water bath 9W g. of freshly di~td. m-RuOll. It.
'
7
i
i
d

1*0

117
. with
0 it. of metall
c Na. thm wh
1e cooling. were adde
Euo anti IVu the
d 110'
d
A
O
ll
d
d
h
ti
t
di
9
M

0

uc
wits expe
e
. an
e nmc
on pro
on
stn. ta%v at
mm an
t
itemp. t
A
l b
6
f
d
L Cl
f
i
b
i
l
th) 174
68
i
i
ibl
h
)

-
0

jr;

:0
ow.
a
.
o
cru
e
ract
onat
on
e
ycero
e
mposs
e. t
ng
g. (
g
%
fraction b, 11"9' (07 g.) ts-as added to 4.5 S. of Na wire
suspended in dry EtA). then

.00
0
heated I hr. an the water bath. poured off from unchanged
Nat and redistu.. producing

,so

_V.6% of I ths 119.5-200. d3 O.M,
djl O.Ml. In the distil. 111ask there remained

=00

I'(0Bu)0X&.
When 129S. 61 Urlsaddedtoll g. of I and then distd. them is
obtained

00

1.91 g (01.5%) of C.11*8r. IL 981. The isomeritation of I to U
is effected on heating

go
8 hr%. t IW-,00* in a scalcit tube a mixt. of 20 g. of I and
12 g. of Ire-bly di%td. Bul

00

(b. 129-31"); the reaction product on redijtg. gives IIM' g.
o( 11, No

oe

0.9634. de 0,9M. colorless and odorlen liquid. It Is sapond.
to III on heating 3 hr%

r
a
at 170' in a sealed tube a mEtt. of 6.3
g. of 11 and 2 vols. of IICI (1! 1); the uplirr layer
'

4 lluCl. in tlmwvt"l yield. was Prpd.. and the aq. wAn. was
repmtedly rvapd.
W,
th

A,

lift P tits a water bath. the heavy mass was treated with
lirt), the wixi crV,tals filtemt

WT. IK41C.1 In IW with ardmid
charcoal. filtered, anti evalml. to drvness; yirld,,f Lnide

III
3.M X.. m. W4)0*; recrystd. from ligroin and dried over IIS06 it
m. lilt 3% the

acid I% dibasic. CHAS. BLANC

6 a.:,

.,so

:'99

Ow

00

A I
t A
j14t14,CrKAj LiTtItAILAtt CLASSWK411C.
t z
woo

-
__ _
it
,_ -
-
00
-
_
rX4 4

0 U It AT C1 IS,
'
09

An L S a 411 0
V
04
!5
a
~
1
~7

9

4

0 0 0 0 0 0 0
0
0
if it it 11 61 IT It R CE K tt it it or

0 0 0 0 0 0 0 0 0 a 0 0 0 9
w1a n o
ia

0 Sit 0 0 0 0 a 0 0 0 6 0 0 a

0 0:

,4=2a" ----
0 00 0 0 0 0 0 0 0 0 00 0 0 0 0 O-CCI-0-04 04AT-0 0 0 0 0
gw__wwwv-ww---o
:0006#400008 000000 so-00-0000004 *too* beef 0-0-s0-
4
it r 0
A [A. L-ft AA
-00
A. H. An U)NM Min. (ProCiesi ('ken.
190-253(IM).-A feW-w-ol-ak wcgk done un the triplwoyluicthyl
hydratitm
WW~O(ftm mdicmls witb & Phy%kxvhvai" digcuukn,. F. "P=y
MRc, Am
1-00
00 all .410
-00
-go
0 C. J 00
00 al ~46 0
00 1
of u me o
I zoo
lie a
00 s
zoo
goo
:00
-,06
00 t-0 0
k to 0
As.-SLA AEIALLUrGKAL LITFRA101t CLASSIVICATICN
lee
09-
Ma., .11 C-2ak
'-r-, I %--I" -F' 0 1 "Y-11
--Wb U 11 AV 10 it s I . 4 1 to An I I a Od
0 It IS It 4104 40K It el ou K a ft It tog 64L0
w 0 0 00 0000
0 00000, 0 0 a so 000 0 so 0 i
0 O~b 0 0 0 0 & a 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0~

IF 5-4 0-6 0 d 0 0 6 0 411 * 9
0 go 00
00 00 000 0 0 0 0 0 0 0 '*~* 0 0 0 0 w
11 It M U'M 4 M v X 0 A$ A) 41
is !I IS is is f
Aa 8-01 r 9 It
11T
R d cis
06 C
I, w
crystd., SivillZ 30.7% I'llsCO. in. 4 re
Us" ImUzOllYsit"I 0111 In. d, 7.4',
ow It 13.4% twus.pin" IIII), In, -6 Oil, .1
lm - 9 .2-9
of is \(!V). tit. MAP M is based on the &mL J P14CO limed its
the reaction). The fonnatiots R
00 OkIlleft products can lie explaine4l 1j). the scliclue: +
Call* Nlgllr --te, Ph, Q**
-,"ONIXO)c I-C.1141. The rM'vvMI I'Itlet) ilia v lee (lie
triallt"Of ol'i'lation vwit It coo
00 111110
k1m,%multu. with list) is protlistvil ast utc. which ou d6tti.
l~,s 1t.0 aud siva,s M.
(ONISHOCall., + "go "IC(Off)C41111 - 1120 ---P- P14CX.Ifla. BY
the
combination of 2 ketyl Milicals and the action of 11,0 is
exeduced IL By mutual &0 9
oxidation slid roduction of Call,, and ketyl must be (orm"t
Cattle and
I'lli(firmilo)c ".. + Coll,, ... --asa llh,Cll(O.Nlq + Calif.
The Intrfaction .I
I'llict, mild C.1106tal pwdu" 10,9% MXO. = WQ
:'P~0;28 " It. 7.7t-0 dievelohrii).1 IV), ht
Mi. in. 711".5 1,'; IV, and ZIA% tetraphenwl.
villatic (VII). tit. suld no Ill. Thus PWO with C411n.N1191
gives V and VII. zoo
not obtained with C4Ifu.MgBr. The formation of V ilia$- be thus
explained: Under the,
conditions used the intemsediate Celin and 1Ihr(1.\Ij;O)C. . .
. do not underso the
ivaction of mutual oxialsilion and rMovtion as in the caw of
C*11,,NlgDr but combine 0
wee
a 1,
i7_5,
t
1~ --I I -' . i - r A i t Ew 0 4
~ , , I It It 11 at RW is I ~llk
.9 IT to t 0
0 0 0~0 0 0 0 0 0 a 0 0 0 0 0 41' 0
OTOO 000 0 *so 00 9 0 ol 0 9 0 0 4 o 0 0 0 00 00 0 so 0
- I

00
90
0*
00
00
thuv 4- W#16i ----o CsIluCsIln + Vh,C(0\l9l)C(()NlgI bs.
which may explain the formation tit mmch It and nonr of 111.
The (twolation (A 441.,
,ow
difficult to ewlaiu; it must be caused by mduction. Vic mquired
lie ]wing probably x
froul Calla,. CHAA, OL"C
00
06
00

W-O-V* ~4)0
0-014 QU 141% bit SIMI it 4) at 0 is r0
Ott
00 A
00 A
06 t
Cate" dwmapedda of tW hplaues of othyl itolase. A. 1j
ARD V. A. Rotstautt.. A (;to, C". (U. S. H. R.) 2. 307AX
hQUI).- By totpnakGr
of A. and Frisuf (C, A. 1. 350) the catalytic dmmpn. of F.1
krione phanylb
rs mWky1A)J4a&k (11). A mixt. of 0,07 1. of ZtjClj anti 75 g.
(of frnhpy
43:. 1!)e144.: #a heated lit a metal both from 180 to 2211% the
cmt. rvAidue In the re.
0; "tin dask was distd. at I I mm. preaure: the fractioux In ,
150-05' (40 S.) and 170-11'
(3 g ) wem Combined and rcdbtd.. giving 40 S. (09% yield) of
11, his It.3*. in. too
the d, CRAIL BLANC
'31 pkrose in. 16O.P.
We 0
go
Go*
!21
016 ~000xslr
be 0
90
ts
7'
U; It"I 411 - ----- - ------- too
'I a I V
10
I ; 4 R 0 1 W
KO A ,
0 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 41, 0 0 0 0 0 0 0
111 0 q * 0 a q e 0 0 0 o j
0 0 0 0 0 IN 0 00 *10 4 a 9 0 0 0 0 1111, 0 0 9 9 0 9 0 0!,
TO I

000 00
*as sees
I Is OfNISMONAll 11 9 u id a k v a 0 it 4,1 Aj it a *V0,
70r010;, Mi ~jv M-
A is 0 P. 0
4 11 1, Y-1- I'mil J.... -.11 A a
-1,00
'at f
K, ArL4uuv and It. 11. f.uSnvkjjj.
urdAl,434. Ott.
:0 A we bealrd under Prtmm In a dild. pho%phuric acid sWil. .00
00
.00
00 1 V
00 0 co
-go
20 0
Ot
%0 0
St L40
use
ASM-S A PITALLOCKAL LITERATURE CLAISWKATICO
140%, a,,-0.
-F An L o w a i or m i d3 a 3 2
K (at tat I IK *1 in
OU LOW go, *1
*19
00000)00 0 0 0 9 0 0 0 0 0 0 10

001
0
0
A
as
00
00 C
00 2
06
00
00
00 a
00
00
004
go's
T.
0 0 0
0 0 4 0 0 0
a a 0
00
.00
-00
-00
-00
.00
000
nsee
xage
690
&40
0*0
ago
00
=
see
"oe
age
-041
nee
PROCISLIS A.0 PROPIRMS .1,11.
Di --so acid chkilds sad prepazation of
-V
howl It. A. 9, Alliumv still
"AEE BxAWm Init. Ckew. Tech.
v. P;w.
ason No. 10 28-M(1934).-ne previous wnrk on the
'7vs,
niers of varknis P acids b discussed (cf. Arbuzov and
Arbusogra. C. A. 25 2414 3019- 26 82 2168) The
maw of 1 99;",h~ ;Q cKlorid.,
was improved by Producing first IluOPCI, (1) from P"
and Bu0H (d. Mensbutkin, Ann. Win. 139,W), wbkh
!with BuONa Is then converted to (Buova (n). ii
with (DuO)sPollfs gives butylpyioplicophorous strid,
(Bu0)&P-0.P(0Bu)j (1U). A yield of 171 g. (about
50%) of 1. bit W-7'. resighed by dropping, with inech.
stirriag. 149 g. BuOH into 27A g. PCJs (the yield of I is
roduced (6 3=2A Y dropping BwDH alcm0de of the
Omsk wWb directly Into PC4). 11, be 01.5-1
2.5% dj* 1.014. uV 1.445, was obtsiw4 in &I, g. leld It
intradigeing, with , . stirring, a caled. amt. of CON
~!Itrltlgrlgtediad Ego% Into 173C.orlin Etl0.
Five
'of W. by 117"17~ d46 0.9PW, aV 1.4451. resulted by drop-
ping 13 *of into (BuO)*PONa (from 1.4 g. Na in
,120 cc. J**y Rt%O and 10.9 g. (BlOO)tPOH). M with
.H#O Is dmot: Into 2 mols. of (BuO),K)II, and with
~Ilrl gbrvgi a tem-Dr product. Chas. Blew
MR J~j ASm-SLA 04TALLUASKALLFTERATURECLASUPSCATION
I
Isom
IIIqtI/ 1#4600 -0 1 q"It amIV-Ogg
U U AV sa Alli " j,
'11;11 man it
0 0 0 0 0 0 0 0
0 0- 0 0 0,0 0 0 0
Nee
see
TAAAI to ado lgWllflN9d34 29 VX4
11 1 U
0 0 q * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0
0 0 0 0 0 0 0 0 a 0 a 0 0

6 0 0 0 0 * 0 0 0 0 0 0 0 000 0 0 0 i 0 0 0 0 0
quiluumem it 10 it a tvmx~, k a 'is x a a it v a Id a is v a P
a n a a a 0
rate Eml a L&UPS112 I _V U V f I AA 0 CC,jR 0
4 dn lot AWD J."o-9699
00 A. FROMM AND P200101,111 1.016 .00
-00
00 A -00
-00
CAW* decoanwilaidas of ad 0
90 a dW1 Mpyl ketose phayl
so a I hydranse. A. 13,Arbumv an 1. A. Zaltrev. Trans. 0
flagarw too. Cim, Tak. Kamm No. 1. 33-8(1934); cf.-
00 C A V 201 -RtPrC-NN]tPh bn IM". d,' 0 W12 151 .00
g.)i -hZQ with 0i g. CuA at 2OD-W- a'~d thrice
00 7 1
re2.'in mw, ring Of g. of a product. bs 107'. d: .00
1.0243, analyzing C Hj&N, and may be either 2,3-di- 800
ethylindole or 2,11-pro
,,~,yhrwtb8iindcille. The.pkrate m.
.3 1144"wWartallywafor ullaN~ fle(NO.,011 C. if. use
041
so
go
so
ij:
if a00
'00
'00
'00
ties
A I a. S L A OFTALLURGICAL LITERATURE CLASSIVICATION I[.Z!-!
(M. Got aw C*', M
a,, go Ill on .1 in .1 on a, a Zo A 'I an An JL S 0 tw a a 6 .1
if so 2 a a I V-111
U 1111 AV a
0 0 0 0 0 0 & 0 0 a 41
0 0 0 0 0 0 0 9 0 0 a 0 C a 0