SCIENTIFIC ABSTRACT LUCHIN, I.I. - LUCHINSKIY, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030710016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Taimmg @goat, A. P. CILroikin-i. 1. 1. Luchm"arpi
G. M. Zhukuy. U.S.S.R. 66,1W. Ajtr.;-F?;-t1I`P1:-Ar-
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O,Tor~lv& ex tract (rom gaff nutq, 11 1 1.w )i Let* 4D)a
(1.111,ram. 14, No. 1, Sativ
3!; a tanning agent for atilt welt and yoft types. it
Can also be nsLd Njtjj otjlt,,r vcptabjetjl(t gynthetle tannins.
KiLmkh.

IUGHIN, I.I., inshener; xuz'MIHA. V.I., veterin nyy vrach
Now disinfection method for raw hides from foot and mouth disease
affected animals. Ieg.prom. 15 no.5:39-40 My '559 (KWU 8: 7)
(Hides and skins-Disinfection) (Foot-and-mouth disease)

ill-UTI-10i"IS: )bselevic4 L.V., Lisitsyr, .41.1., Luchir, N.S.
and Pyatsiov, V.I.
TITLE: The Ancient Zircon-Ilbienit-e Placex~ in the 1,1oso-
Cenozoic Deposits of 7!est Siberia.
1-1 HODIC,11: 13azvedka i okhrar--a medr, 1959, Nr 4, pp 1-."
(nis:iz)
IDSMUM: The Tu-anokoyo zircon-ilmonilu-e placer
cGvered in 195G-1957. It is lo3a-ted on tlle .-jater
divide of the rivers Tom' aiidl YaYa in tho re-ioa
of aorthern opui:-s of tlio r,-uz-Tietsl"-iy .11at-au moun-
tain ran-e. The Pa-loozoic foundation of no-tai.-lor-
phic rockc of the reruon ic V,overed by ar. aTosion
Y

L, ~- L,
crusts 15 to 70 r- thick, foraed -uic1ca:- con-1-nental
conditions duriuG a period from 17~iffle-lvarboln-
ferous ~.ip to Uppei~-Oretaccous and evexi raleo,~eao
timo~.,s. This crusu~ coverS both slopes of the ~.-ater
Card 113 divide of the rivers Tom' and Yaya. Zircc~n- and

The 2aic~pnt ZjrCOjj-Tlj,-.ej-.jite Placer in the
Of ~.-Vez;t Siberia.
ilmenite were foLma in this str-,ltu--,-.L bly tho
meturaorphic rocks and L-he cruot. In. Palo-
oco.az) timo, this weathered a-ain orcided
by tIIr-; trans[~resnin~-, s-ea, the Clay f'ract'dion VID-S
i-,-aslaad away in the sea and ti- .,:., coa3~se-r~~tilncd
tion was deposited in the coazt-al aroa. Tieoe do-
4-
rjositus present are o 1.-,y
their L~ranul onetrio, oomposituion, tho Ono S a a
T:j v k y.
the 'L'arlli.-Liskaya and Tu--~mnslcwja Tli- -"L,ru
- '~1~ - I. LJ
clemen-1-2 are found iai,.- - in ilh- Tur~airtskaya -mite
~,Omposed of variously --rained sand-!-.
selective cone entrate s can be- obtained from t1iose
sa-nass The Tur,ans'oye -leposit cm,., be exploited by
Card 22/ opencast mininE,,.

SOV132-59-4-1/17
The Ancient Zircon-Ilmenite Placer in the T,'Ireso-Cenozoic De-
posits of 'West Siberia.
'ISSOCIATION: !,,,Tinisterstvo Geolo-ii i okhrany nedr SSSR. (The
r-r of Geolo-y and Conservation of Llineral
11J. r
0
Resourees of the USSR. (Yeselevich, Lisitsyn,
2 ) 13iredmet (Py-atnov)
Card 3/3

004
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sea
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0
!PTIC LCO03TICAL (jAS AN;1YSER. Luohin, S.M. Co;Vt. Rand. Acad.
1946, 49, 418-426T=n veincerov,s apparatus a
Sol. U.R.S.S.
go ,
second tube is placed between the optic aocustionl chamber
0.4
(which is now filled with f-as mixture of knoyn compositi~ln) and
got
j
the source of radiation. The i,as under Investlbation pt~sses
throigh this 'ubo and In doing so absorbs radiation, -&using a
docrouse in the sound Inten3ity, by calibrating the spuratus with
J 0
! z

d with different components at vorying
several chkmbor a fille
e 0

i.
concentrations a complete gaz mixture can be nnnlysed. P
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CO
,-d USM/Pbysics No 1946
rq Carbon'
14 Them ophones
"Electric, optical, and Acoustic Phencmena in
Carbon Phrt-loles,' Part I.. Electric and Acoustic
Thenamena," 8. M. Luchin, 4 pp,
"Zhur Tekh Fiz" Vol XVI No 10
This article describes research on ame of th6
vrope:~ties, of therzophones with layers of carbon
black. .1t vas proven experimentally that carbcn
black could be utilized in the construction of,'
thermopboass. SiAmitted at the State. Optical.. 1n_
~2
us M/Physicks (Contd) Dec. 1946
stitute, laboratory of Infrared Rays.

to
WMR/Physicis Dee 1946
Carbon
Thermophones
"tiectric, Optical, and Acoustic Phenomena in
Carlbon Particles, Part II, Optical, and. Acoustic
Phenomena," S. M. Luchin, 6 pp
SIZInIr Takh F1z" Vol XVI, Yo 10
This article discusses some properties of thermo-
phones which are geneiated, not by AD, but by
alternating radiation. It was established that the
thermal principle is present in all electro-
optical-acoustic phenomena. Several suppositions
are made regarding the low thermal inertia of
ID 26T88
=/Physics (Contd). Dec 1946
carbon black layers. Describes the method whereby,
the optical and acoustic effect of carbon black
In utilized for measuring'radiation.' Submitted
at the State Optical Institute, laboratory of
V
Imfrared Rays.

ROZHKOV, V.M.; SHOFMAN, L.A.; ROZANOV, B.V.; KUZIKO, Yu.P.; PONGILISKIY, N.F.;
LIVAIMvp V.A.; LUCHIN, V.V.; KUZNETSOVp K.I,; TSYFER, V.A.;
CHERNOSHTANJ, VO... - 16 "is
Points for pipe presses. Biul.I'SIICHM no-9:52 IaRA 15:4)
(Pipe mills-Equipment and supplies)

ricHr", *.,.
LUCM,i~, '.1. Populariz:~.ng tho --method of inductive,, dr~,,InEf of the, Im-oalation of
Tr. Yrom tht Ruf;~Aan. '-:. 130. klol. 15, no. 6, June 1955.
-0 11 i
,..IYJ Y SCI EUEACTitOT.~ICIEJCWE. '..'arIzewa, Poland.
T-
SOURCE: E.~.IJT EVIIOI~ZAN
,;121 ) LC VOL - 5, 6, JU 1956

'i, -
/11904 1 ,
V
~ -0-- -

Plati= OSCillatiOnG
Card 1/1 Pub. 146-4/21
Author : Luchina, A. A.
Title : Longitudinal oscillations of plasma. I
Periodical : Zhur. eksp. i teor. fiz. 28, 17-27, January 1955
Abstract : The author solves the problem of the propagation of longitudinal waves
under given conditions at the boundaries. She obtains the "dispersive"
equation taking into account the motion of the ions; i.e. she investi-
gates the stationary oscillations of plasma which are caused by Coulomb
forces under assigned conditions at the boundary, and analyszes the roles
played by the ions in the propagation of lonZitudinal waves in the
plasma. She thanks ~. N. Bogolyubov, G. Ya. Nyakishev, A. N. Tikhonov,
M.N. Keldysh, M. F. Shirokov, and Yu. L. Rabinovich. Thirteen references.
Institution: Moscow State University
Submitted : February, 1954

USSR/Physics - Plasma oscillations FD-1885
Card I/i Pub j-46-5/21
Author Ylyakishev, G. Ya., and Luchina, A. A.
Title Longitudinal oscillations of plasma. II
Periodical ; Zhur. eksp. i theor. fiz. 28, 28-37, JanuarY 1955
Abstract : On tho basiB of the results of work I (preceding article in the same is-
sue) the authors investigate the dispersive properties of the waven Jn
various particular cases. They demonstrate that in the propagation of
longitudinal -waves in various tubes the motion of the ions in the major-
ity of the cases possesses essential significance. They find the magni-
tude of the spatial period and damping decrement as functions of the
discharge parameters. They thank A. A. Zaytsev and V. N. Faddeyev.
Fourteen references.
Institution: Moscow State University
Submitted : February 17, 1954

AUTHOR: A.A. Luchina SOV/109- -4-3-13/38
TITLE: Ealysis of the Second-Order Non-Linear
Differential Equation of an Oscillatory System with a
Limited Incremental Region (KachestvennTy analiz
nelineynogo differentsiallnogo uravneniya vtorogo
poryadka avtokolebatel 'noy sistemy s ogranichennoy
inkrementnoy oblastlyu)
PERIODICAL: Radiotekhnika i Elektrcnika, 1959, Vol 4-, Nr 3,
pp 44o-~48 (USSR)
ABSTRACT: A tuned-grid oscillator (see Fig 1) can be described by:
X2 i2 ME
[i + (X91)j x - .2c (1- 2 - - 2 + x = 0 (3)
a b2
where x = 0,/C is the voltage across the capacitor of
the system, is the equivalent resistance of the
capacitor, coot7 while the remaining symbols are
defined by Eq (4). The function ~ in Eq (3) is a
Card 1/4 certain bounded function of x and i. Eq (3) was
derived under the assumption that S is given by Eq (5),

SOV1109- - -4-3-13/38
Qualitative Analysis of the Second-Order Non-Linear Differential
Equation of an Oscillatory System with a Limited Incremental Region
where V is expressed by Eq (6). A tuned-anode
oscillator (see Fig 3) is described by:
X2 3E2
2 - - 2 M~ :~ + + of (x,X*)j X = 0 (7)
2e (l a b2 d)
where x denotes the current in the coil and D is the
perveance of the tube; tb-e remaining symbols are defined
by Eq (8). In the case of lar e non-linearities, the
functions 05, and -,V in Eqs (35 and (7) can be neglected
and a single differential equation is obtained. This
is in the form of:
i X2 i2 (10)
2s 2 X' ~ + X = 0 0
The solution of Eq (10) in the phase plane is in the form
of Eq (11) where y is defined by Eq (12). Eq (11)
belongs to the general type of equations represented by
formula (13). The investigation of the equation in the
Card 2/1+ phase plane can be done by means of the isoclines of the
horizontal tangents. If it is assumed that dy/dx = 09

_r
SOV/109- - 4-3-13/38
Qualitative Analysis of the Second-Order Non-linear Differential
Equation of an Oscillatory System with a Limited Incremental Region
the equation of an isocline is in the form of Eq (16),
so that the two branches of the isocline are given by
Eq (17). The points where the tangents of the isocline
are vertical can be,found by equating Eq (18) to zero.
This leads to Eq (19) or, if the notation of Eq (20) is
ado ted, the resulting expression is in the form of
Eq t2l). The approximate expressions for y2 are then
in the form of Eqs (24) or (25). Eq (21") is valid for
d < o, while Eq (25) is true for d > c. The above
formulae are used to construct the isoclines for d < o
and d > o and the resulting .-urves are shown in Fig 6.
The limit cycles for the above two cases are illustrated
in Fig 7. The waveforms corresponding these limit
Card 3/4 cycles are shown in Fig 8. The author expresses his
gratitude to K.F. Teodorchik for suggesting the subject,

SOV/109 - -- 4-3-13/38
Qualitative Analysis of the Second-Order Non-Linear Differential
Equation of an Oscillatory System with a Limited Incremental Region
and for his valuable remarks, and to A.N. Tikhonov for
reading the article.
Card 4/4 There are 9 figures and L~ Soviet references; one of the
references is translated from English.
ASSOCIATION: Fizicheskiy Fakulltet Moskovskogo gosudarstvennogo
universiteta imeni M.V. Lomonosova
(Physics Departnent of Moscow State University imeni
V.M. Lomonosov)
SUBMITTEDs August 2, 1957

(' IHINAA F.; VESELOV, G.
Sewing
Experience in applying the sectional process for assorted styles and sizes.
Les. prom., 12, No. 9, 1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, December )V
49!~, Uncl.

YAKA IN, A.I.; WCHINA, I.I., red.; SHOINTA, V.S., red.; MV3D]ff# L.7a.;
teklin.
[Organizing and.carrying out production at a tanning extract plautj
Organizataiia i sovershenstvovanie proizvodstva na zavode dubill-
nykh eksiraktov'. Noskyao G~s. n-auchno-tekhn. izd-vo 9-va legkoi
proryahl. SSSR. 1956. 25.p. (MUA litio)
14' Hoola (1923- V.S.S.R.) knlisterstvo legkcy prom3rohlemostis
Byaro tekhnicheekcy informateii.
(Tanning mterials)

sanitarrwy vrach
u-
The Ideal Rome Exhibition in England. Gig. i sen. 23 no.1:57-60
Ja '58. (MIRA 11:2)
1. Tz Glavnoy gosudaretvennoy sanitarnoy inspekteii SSSR.
(H(XJBING
ideal home show in Gt62rit.)

PMROTSKAYA, A.B.; WCH INA, K. I.
All-Union conference on noise control. Gig. & san. 23 no.3:86-88
Hr 158. (MIRA 11:4)
1. Iz Glavnoy goeudarstvennoy aanitarnoy inspektail SSBR.
(NOISE)

--- - - --- -- --- - - - - - ---- - --- - i.-- ---- - - --- - - --- - - -
PBROTSKAYA, A., sanitarn77 vrach; LUCHINA, K. sanitarn7y vrach
Sanitary requirements concerning apartment ttouses. Zhil. stroi.
nof5:15-16 159. 1! '(MIRA 12:8)
(Sanitary engineering) (Aplartment houses)

FAROTSFATA, 7 A.S.;
Conference on problems of noise prevention in municipal transpor-
tation. Gig.i san. 24 no.8:83-84 Ag '59. (MIRA 12:11)
1. Iz Gosiz1arstvennoy, eanitarnoy inspektaii Hiniaterstva
zdravoolchrananiya SSSR.
(NOISE)

LTJCHM,
Planning preschool in institutions, Gig. i san. no. 10:63-67
o l6o. (MIRA 13t12)
I
1. Glavnyy inspektor po shkollnoy gigiyene Gosudarstvennoy
sanitarnoy inspektaii SSSR.
(MMERY SCHOOIZ)

LUCHIM&I K.I.p sanitarW vrach
Session on research and practice in problems of noise control in
residential quartm. Gig, i san. 25 no,4113A~-3-15 Ap160,
Is Iz Gosudaretvennyy sanitarnoy inspektoii SSSR, (MIRA 230)
(NOISE)

LUCHM t K. 1.
ftperience in apartment bouse construction in foreign countries.
Gig* i san. 25 no. 5:83-87 My 160. (MIRA 13:10)
1, Iz Gosudarstvennoy sanitarnoy iZwpektsii SSSR.
(APARTMENT HOUSES)

LUGHTIM, N.N.
-------n---
Biological and ecological characteristics of KabatbAla (Polys-ora*';
lini (Laff.) Kara]" Sbor. nauch. rab. Bel. otd. VBO no.3:196-201
261. (14IRA 14:12)
(FIwc-Dinoason and posts)
(White Russia--Fungi, Phytopathogenic)

LUCHINA, N. N.
Cand Biol Sci - (diss)
of the causative aEent
(Laff.) Karak.) under
measures of combating
State Univ imeni V. I.
7-61 sup, 227)
"Biological characteristics of the growth
of polysporosis of flax (Kabatiella lini
conditions of the Belorussian SSR and
it." Minsk, 1961. 21 pp; (Belorussian
Lenin); 220 copies; price not given; (KL,

LUOSTRISKIN, levgen.ly, oliurnalistu
.-- 1-- 1- ., c
The love of N-ik-"4'a Flakunoy& Ve4rinariia 42 no.500-33 My 165.
(Km 18W

-LUCHINIffl, A.A-
An analogue of surfaces of revolution in projective space, Izv.
Vya.ucheb.zav.; mat. no.6%69-72 v62. (MIRA l5sl2)
1. Toaskiy osudarstvennyy univernitet imeni V.V.Wbysheva.
Islurfaces) (Geometry, Differential)

-.4VCHININ, A.A.
An analog of surfaces of revolution in projective geometry. Trudy TGU
160:45-57 62,
An analog of surfaces of revolution in affine geometry. Ibid.:90-96
FjA 17:1)

ZHIL37i# Asp gwcutil mayarl MCIII?;ITll,, a., Uvardil loyteramto ktwdir vzvodag
Hatilng the aiMiftcoroa nf reoitnoibilities. KOMU vooruzh*
812# 46 rjos 11 165 (HM 1931)

SURMITTZD. December 7. 1957
SOV/109-3-,-22/23
P.V. and Talariza, 626 1*.
TIMs Tbe~Becoud All-Union Conference on Radioelectronice of
the MWAtry of Higher 3ducatiou of the USSR Mar
voesoyuznaya konforeatmiya MVO SUMM po radtoolektr=k.) C
News Item
PUIODX=t Radiotekbnika 1. Klektro-41-. 1958, Tel 3, Ir 3.
pp 440 - 4" (USSR)
ABVMCTs The conference took place during September 23 - 29, 1957,
at BaratavAkli gosudLratv*nmj7 unIversitat Imeni
B.G. Choroyabovskogo (S&ratcv State University inaul
N.G. Chornyshovskiy). Apart from the universities, the
conference waLs atteDded b
the re
resentatives of soma
y
p
scientific research institutes of the Soviet and
Ukrainian Academies of Science, various industrial
Cardl/16 establishments and the interested ministries. TWA
arrangement stimulated tbA discussion and evaluation Of
th spars presented and permitted the deterainatian of
p
11:11.
for the future research to be carried ou'r by the
universities In the field of radio* l*ctron1cs.
A.1. Shtyrov proposed (and proved by mmazo of tba
'WeciprocIty-theores) an interference xathad of the "cold'
Inventigatlonof delay systda.M. The method peraits the
measurement of electrical non-hoz:0 Benoit 10 8 of delay systemag
gi as & high accuracy and requires comparatively little
0ffort. The paper "Production of Periodic Structures by
b- TO.R. GzrahenzoU was devoted to
Mae= of Ultrasonics
the experimental iny stl~ 0 f an Interesting modift-
:
M~ a
cation at a periodic i.a. a regular wavegulds
.tr
filled with a liquid in which an ultrasonic standing wave
xcited. V.P. Saxamwv described the results of an
was
1zT tigation ,dr-tto distribution of electric fields In a
e:
number of important delay systems (combo, stub systems,
etc.) by means of two rethodA (probes with a Wah-ramistance
input) and arjL11 perturbimg objects). The author also
obtained the distributions Of tangential components of tb -a
electric fields along certain bound, Y surfaces, which
are of considerable interest. IU & number Of cases, the
author also aaasured the coupling izped-ce. some of the
lectures were devoted to the problexa, of ditfraction
Caxd?/16-bLich are important in the analysis of the directional
tatterng of antennas. Bore one should mention the Wars
l
deallz
with 0
ki
T
M
erem
.
joy and S.
n,
g
y Te.N. Tasil
excitatica of ibe aolids-of-revOlutiOn- Mis analysis of

2
the oscillations in JT -type and tor id&l vol=a r sona%ore
:
uides was giv
n in
and in !-type and cross-ObAped wav.9
by V. L. Patrusbey and V.M. Sedykh, rappectively.
the popej
A number f the papers in the SlectrodYnAmIcs Scotian
o
dealt with the cozplex phenomena appearing at the junctions
of wavoguides. Here, it is necessary to mention %hV
aperx: 'The Calculation Of Junctions' by Ya.M. TUrover;
'
~
bozd Watching
The Problem of Construction of Certain Wide
Devices' by Te.V. Aniez=v and V.D. LuchiAtn and
Measurament-of the outputs Iz
U.B.F. Devices by Ueans of a Syr-zetrical. TransforaerO by
I.A. DukhoviLilovs. and M.M. Rayner. The behaviour of
various-autsta-=05 In electrazagnatic fields at U-H-F-
Karpova, U.P. Rod'..
was discussed In the paler* of 0, V.
11
"
s
i
L
1
. jAy
n
.
on,
1 T. A
I.A. Shekhtman, A.I. Pi ab
N.S. Sedletakaja and A.A. KuzZet&Ov-_
The paper of N 0
and his collaborators described the principle oi~opr:tolo.
of a molecular slock having an accuracy of 10-9. The
results of a theoretical investigatiou of the molecular
radiation In Jil&h-frequency 111oldA were given 1z the papers
Of V.H. FAyn, entitled mRadlation of thA Molecules in
Str6ng Higbfrequency Fields" and "The Spontazeaus
Radiation of =olecules at Ultra-high Frequencies-. In the
second of the sbove 1-spers, the author came to the can,-
elusion that the victt Of the spectral line of the a 0131-
taneous radiaticr. at U.:!.?. is finite. The author Also
CARD (q/,.() proposed a classical analogy for the pbenomenon of
coherence In the spontaneous radiation.

KALININ, V.I... prof., doktor fiziko-matem. nauk (deceased];
AFUNDINOVy V.V.; MRSHTEYN, G.M.; DASHENKOV; V.M.; YEVSEYEV,
V.I.; IL1111, V.S.; KO.WSTEIZV, G.N.; LUCHj9jH,--V,,Dj NAUMENKO,
Yu.P.;RYAZANOVA, T.P.; SEDIN, V.A.; TOLSTIKOV, V.A.; SHTYROVI
A.I.; AVILOV, B.I., red.; ZENIN, V.V., tekhn. red.
[Practical work in radio physics] Radiofizicheskii praktikum.
lzd.2.p dop. i perer. Saratov.. 1961. 277 p. (MIRA 15:1)
1. Saratov. Universitet. 2. Kafedra radiofiziki Saratovskogo
universiteta im. N.G.Chernyshovskogo (for all except Avilov.,
Zenin).
(Radio)

RENGEVICH, A.A., kand.tekhn.nauk; MEKHEDA, M.K., inzh.; DASHEVSKAYA, Ye.A.,
inzh.; LUCHININA,--RV,_,.-inzh.; OKHRIICHUK, O.Kh., tekhnik
Basic resistance to movement of mine cars in a train. Vop. rud.
transp. no.6-.318-334 162. (MIRA 15:3)
1. Dnepropetrovskiy gornyj institut.
(Mine railroads)

molmirmv, S.
Velildy korablestroitell (Great. shipbuilder) I~bskva, Voyenno-Morskoyee Izd-vo
7oj-enr,o-'!or3l-oZo Ministerstva S3SR, 1951. 941 p. illus. , diagrs. , por t s,
SO: T.7/5
743.4
- L9

r'-jr - ~,-6 I :- - ~ --- -
1 0 1- , ~ ~, - t . .1.
I
WCHIIIINOV,S., inzhener
.......
Silhouette models. Voen.snan-31 no.4:4-5 Ap 155. (MIRA 8:10)
(Ship models)

LUCHINjNff.,,-~nz,h. -korablestroitel I
Elemonta of a propeller. Voen.znan. 38 no.1:34 A 162
- (KTRA 1;-.2)
. (Propellers)

W(;HIITINOV. S.T., inzhener.
- ~
"On the *Orel$ in TSushima* by V.P. Xostenko. Reviewed by S.T.Iu-
chinov. Sudoqtroanis 22 no.9:42-43 S 156. (XGRA 10:1)
(TSushima, Battle'6f; 1905) 1
f (Xostenko, T.Po)

WCHININOV, S.T.
~- - -i'~ -~--
-iz~
Tenth a"iversary of A.N.Krylov's death. Vest.AN SSSR 26 zo.2:
141-143 7 156. (mLRA 9:6)
(Xr5rlov. Aleksei Hikolaevich, 1863-1945)

LUCHININOV, B.T.
Academician A.N.Kr7lov's collected works. Reviewed bV S.T.Luchininov.
Vest.AN SSSR 26 no.7:100-103 JI 156. (MA 9:9)
(Krylov, Alakeei Hikolnevich, 1863-1945)

SOV/124-58-10-10736
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 10, p 3 (USSR)
AUTHOR: Luchininov, S.
TITLE: -----On-t-he-Colleted Works of Academician Aleksey Nikolayevich
Kxylov (0 sobranii trudov akademika Alekseya Nikolayevicha
Krylova)
PERIODICAL: Tr. Nauchno-tekhn. o-va sudostroit. prom-sti, 1957, Vol 7,,
Nr 2, pp 343-347
ABSTRACT: Description of the 12-volume collection of works by A. N.
Krylov completed by the publishers in 1956.
Reviewer's name not given
Card 1/1

m
-W-GHININOT&~T.t.otvetat'veuny.v red.; SHIMANSGY, Yu.A.. akademik, red.;
KONTOOVICH, AoI.,,tekhn. red.
rReference ma"nal on structural .hanles' of sh#sJol.l.] Spiravo-
~U99
chnik po stiloiteVnoi mekhanilm korablia.' Lei4ngrad, Goo. Boiu2noe
izd-vo sudostroit. pronVehl. V'01-1- 1958. 627 ~. (Km 11:9)
(Shipbuilding) (Mechanics, Applied)

SHIMAITSKIT, Yu.A., akadenik, red.; SLEPOV, B.I., red.; WKSHIII, A.Z.,
red.; TAUBIN, G.O., red.; CMNIKOVSKIT, G.S., red.; CHUVIKOVSKIY,
V.S., red.; LUC fjUjKff,-S.,T,, otv.red.; OSVIWSKATA, A.A., red.;
KONrOPDVICH, A.I., takhn.red.
[Handbook on structural mechanics of shippl Spravochnik po
j
stroitallnoi makhanike korablia. Leningrad, Goo. 3oiuznoe izd-vo
sudostrnit. promyshl. Vol.2. 1958. 528 p. (14IRA 12:1)
(Shipbullding) (Strains and stresses)

,,WIHINOV,l S.T.,inzh.
4. ~
mm~
- Remarknble book ("Reminiscences nnd sketches" by A.H. K17lov.
Reviewed by S.T. Inchininov). Sudostroenie 24 no.4:71 Ap 158.
(MIRA 11:4)
(Krylov, Aleksei Nikolnevich, 1863-1945)
(Naval architecture)

BMIGOVA, M.A.; BOYIPSOV, G.V.; KANFOR, S.S., KOROTKIII, Ta.I.; KuzovETKOV,
B.P.; MAKSIKOZHI, A.I.; IMYWY, V.K.; SBOROYMCIY, A.K.;
TAUBIN, G.0s; FIIIPPRO, K.V.; CHUVIKOVSKIT, G.S.; SHIMMY,
Yu.A., akademik, red.,LLUCHININOVj S.T., otv.red.; OSVENSKAYA,
A.A., red.; KONTOROVICH, I.I., tekhn.red.
[Handbook on structural mechanics of ships] Spravochnik po
stroitelinoi mekhanikB korablia. Leningrad, Gos4soiuznoe izd-vo
sudoetroit.promyshl. Vol.3. 196.0. 799 p. (MIRA 14:1)
('Shipbuilding)

LUCHININOV, Sergey Timofeyevich; BERNGARD, F.A., retsenzent;
APOSTOLI, B.N., retsenzent; ALEKSANDRQVSKIY, G.Te.,
nauchn. red.; MISHKEVICH, G.I., red.; KONTOROVICH, A.I.,
tekhn. red.
[Young modelmaker and shipbuilder] IUnyi modelist-
korablestroitell. Leningrad, Sudpromgiz, 1963. 191 p.
(MIRA 16:11)
(Ship models)

LUMININOV, S.T., inzh.
Academy of Sciences edition of A.N. Krylov's works. Sudostrocnie
29 no.8s70-72 Ag 163. (MM 16310)
(Bibliolgraphy-Krylov, Aleksei Nikolaevich)
(Bibliography-Naval architecture)

LUCHININOV, S.T.
Academician Aleksei Nikolaevich Krylovj on the 100th anniversary,
of his birth. Mor, sbor. 46 no.8:40-49 Ag 163. (~MIA 16:10)
(Krylov, Aleksei Nikolaevichg 1863-1945)

KURDEIJKOV, Kirill Ilikiforovich; Iv,-tnc)v.j
Vilctor Srjrgeyevic~; Yuriy /,jIf.onovi,--hw
S.T., inzh. retse=--nt;
e nauc red.; YKI,0I,:MK~.YAI Ye.Ye., red.
are building ships our8elves) Suda stroim swtni. 1fin--n-
grad, o"udostroenie, 1963. 114 P.

__ACC NR:-- A1371002745 (A)- SOURCE CODE: 7UR/0126/66/022/006/0938/0941
AUTHOR: Blyuni, 'E. E.; Grin', A. V.; Golldshtcyn, M. L; Luchinskaya, E. P.
ORG:' Ural Scientific Research Institute of Ferrous Metals (Urallskiy NII chernykh metallov)
TITLE- Investigadbn of the hardening of low-alloy steel by vanadium nitrides
SOURCE:- Fizika metallov i metallovedeniye, v. 22, no. 6, 1966, 938-941
4
=a~,VL,` es e steel, vanad Win,
TOPIC TAGS: tvnz1-WJ testing machine, electron microscop
metal hardening / 15G2 manganese steel, 15G2AF manganese steel, IM-4R ta="he testmg
machine, UEMV-109 electron microscope
ABSTRACT: The nature of the hardening of low-alloy manganese stools 15G2 and l5G2Ar-
(0. 17% C, 1. 75% Mn', 0. 20% Si, 0. 038% N, 0. 02% Al, 0. 040% S, 0. 020% P) treated with nitrogen
and vanadium (0. 01, 0. 04, 0.10, 0.19, 0.23, 0. 30%) is investigated and the dependence of its
mechanical properties on normalizing temperature and V content is established. Melts of the
steel; were produced. by using low-carbon steel as the charge and adding to it, in the furnace,
nitrided electrolytic Mn containing 2. 5%.N. Six 10-kg ingots, to each of which a different
amount of ferrovanadlurn was added, were obtained from each melt. The ingots were cut into
UDC: 669.15:539.4

ACC NRt AP7002745 --- ----
rods measuring 14x14 mm and subjected to recrystallization annealing at 950*C. Mechanical
properties were determined after normalizing from various temperatures within the range oil'
920-1150* C. Tensile tests of specimens of 6 mm diameter were carried out in an W-4R ma--
chine. Impact strength was investigated at temperatures of from +20 to -60*C. The specimens
were also electronmicroscopically examined with the aid of an UEMV-100 microscope and the
phase composition of the isolated particles trapped by the carbon replica was determined with
the aid of electron diffraction patterns. Thermokinctic diagrams were plotted to elucidate the
effect of V and N on the kinetics of austenite decomposition, this decomposition Itself being in-
vestigated by the dilatometric method at 950*C. Findings: the hardness and ultimate strength
and yield point of all the investigated steels increase with increase in normalizing temperature,
and this increase is the higher the greater the V content of the steel is (up to 0. 10-0. 20% V).
As the normalizing temperature increases, the amount of decomposition products increases,
this being due to the dissolution of vanadium nitrides in the austenite and increase in its stabi-
lity on cooling. Treatment of 15G2 steel with N and V markedly increases the stability of super-
cooled au7stenite and reduces its transformation temperature both in the pearlitic and interme-
diate regions. Electronmicroscopic and electron-diffraction-pattern examination shows that
following normalizing from 920*C comparatively large undissolved particles of vanadium ni-
trides remain in the. steel, whereas at normalizing from higher temperatures these particles*
get dissolved in the iustenite and segregate. in fine-disperse form on cooling; such a segrega-

ACC-NR:' APf0027-1-5
M2
ti6n 'diihihd6s the triicrohardness of ferrite to 175 from 135 kg/m Thus, the increase in the
strefi~thlof 15G2AF steel following its normalizing from 1050*C is attributable to the segrega--
tio~ 0 f-ine-dispers~ vanadium nitrides in the structure of this steel as well as to the presence
of debbinposition prbducts in the intennediate stage. Orig. art. has: 5 figures.
SUB, CODE: Ij 1.3, 2 O~ SUBM DATE: 280ct65/ ORIG REF: 002/ OTH REF: 004

ROZ=HRG, G.I., kand.med.natec; PAP-RI, P.P., katid.med.nauk;
ZffMrO, Ye.F., L-and.med.naukl SOBOLEAVA. L.I., nauchnyy sotrudnik;
LUG TA, L-T.4,nauehuyy sotrudnik
Treatment of pulmonary tuberculoq1s with metaxid and larmean.
Pht.,klin,i terap*t~ib. no.8:126-130 158. (MIRA 13:7)
1. 1z Kiyevskogo i Odesskogo nauchno-looledovateliskikh insti-
tutov tuberk.uleza.
(TUBERCULOSIS) (ISONICOTMIC Acil))

TARANENKO, M.I.; LUCHINSKAYA, L.V.; PEKARI, F.P.; TSITKO, T.M.
Effectiveneas of the treatment of tuberculosis, with antibacterial
and hormone preparations according to clinical and experimental
data. Probl. tub. 42 no.12:39-44 164.
(MIRA 18:8)
1. Kafedra tuberkuleza (zav. - dotsent M.I.Taranenk-o) Odesskogo
meditainskogo instituta ir-eni N.I.Pirogova i Odeeskiy nauchno-
issledcvatel'skiy institut tuberkuleza (direktor M.A.Brusnikin).

'*/271/63/000/002/010/030
A060/A126
AUTHORS: Waifiski, Jerzy, Wiefinkii Jerzy
TITLE* Electronic time-delay relay
PERIODICAL: Referativn .yy zhurnal, Avtomatika, Telemekhanika i Vychislitellnaya
Tekhnika, no. 2, 1963, 30 - 31, abstraci 2AI97 P (Pol. pat. cl. 2190
4/05.' no. 44979, October 31, 1961)
TEXT: An electronic time-delay relay is proposed which differs from
existing devices by the presence of a twintube with separate cathodes, owing
to which a small time-constant.is attained for the capacitor charging current.
The center taps of the twin windings of the power transformer are tied together,
which ensures a uniform voltage distribution between the cathodes of the tubes
and their common heater. iThere are 2 figures.
A. V.
[Abstracter's note: Complete.tran3lation]
bard 1/1

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am
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-

A It URGKAk LITINATLOC CLASSIFICATION C-Z
t L A 0
ALL
loos, x

0 ishio, it .4. 049

-
U is Ar ke

'"!
0 OP 0 b or a III x It I9x WfIll It won I
1
,
0
:if 0 0 0 0 0 so a 0 *** so * a 0 0 0 as 0 as
*904000 0:*
:1
10006000000000*000 **Oise* a 0*0*0000000* 0
-L,- A

AL di-
A AMo ~el n6dMIS
methylaniline. LuchinsMl and
t. . . , M71, 's "03 -7 (1 ar."IT
J. Phys. Chei, *gh h #,91:
0421.-The mixt. PhNO, (I) with P-chlorophenol (11)
has a min. m. p. of -30.5' at .50.0 moN. % of It but
ihowq no other min, I Nvith.dimethylaniline (111) has 2
cuttctic points: -32.5' at 150.0% and -33.6* at 48.8
mols. 0/10 1, resp., and a singular point at -28.9 * at 60.0%.
The compound 11-Ill (IV) Is also Indicated by colorimet-
rie analysis of the red soln. Partial dissocn. Is indicated
hy failure to obey Beer's law. From the course of the
01. p-eomim. curve,; the heats of fusidn of-I, 11, 111 and
.1 -qp., 22A, 27..~, 23.3 and 5.A cal.1g.
V ,re, r( F. If. R.
U

0966-0 0
0 It: 1 4 1 a I I 1 10 11 U U Is
p
0'
)$I
00
00 a
00
00 1
00
000
0 a 0 0 9 00 0 0 0 0 t:::
16 IF It a V n n Id a x V-ii-x ip it ivu !A is it U is ff al 'I a it 64 0.40
a I T V � ~ , . s- , , .
A -00
j"o Davits
ow
ag Ideal vastuaram. C1.
_I 3
m4,uulr. -00
ants bc---"-- C"Clo-beawtoc: and -00
iume Mixts., It Is cowtuded that the ViOM91y of
ixts. 6 equal to the sum ut the pwj6I vItcoaltift 01 tM -06
MIMPOIDents to "IthIft ~ 1% WA Inte =I, pro"tiodw to
-00
400
r.0 0
OOP
as*
'00
:00
tjo 0
its 0
9.
00
An k I a Cho 0 0 a I W so 0
0 $,t .19 a, a, Il
0 4 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0!
000000000 oo go@* 0
0 00 0 # so a, : : : 0 !it; : : a
1" 0of 4 00 0 0 f 0 0 0 w to 64's

- & * c & m a * v ~ 9 e e e 9 a a -- a e a j-~* 9 a v * e o *
I a-- I I f 0 It U It Is 13 M Tr 19 if - 11171 17 23 M IS V m 4, 1 n
I S --I -U- I-LI-A .1-L AA 0 CC M t' -Ii
The "ems* ctundicatim end nmrsdatui of 00
A
anhydmus bal" couvouads. G. 1'. Imchinkil.
C-A I r.
A u hi Kkim. 6, 1151-4(11W); -00
-*9! cf. C. A 30 7941P; 32 141--A sumviary o( thll~ -
3")
ptoperlits of ;;byJ. halogen comixts. and a symcniatic
ci&sWfbration of halides. halogen oxid" and thinhaliclo.
%I. M-
00 01
0 j
0 v
:
0 a
are a
A56,1LA Oft'LLIJ461CAL LITINATAINe CLASSIOKA1100
- " . .1 1 - 1. . - I - " :' '. - -, - -- -
- - - - -.: r
10, 1~ "I" -- - - - - '
INS. IS.' 0 %SIGN, .41 a.. as, T-o)1T)14;t
a 93 01; It
0 0
e7:9090910000009969969990909
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f Ila@
I I"
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a a i I i a~'
N w 30~
An L v a u o I if IN I a a
0 0 0 0 0 0
606040690009::00f:1~

W-G-A-614 *of coos go 0 0 vio:*,$
al
0 0 0 q
0
0 41
6
0
I I k! it if It w it Is it if Its!), It 111.4111 AVA ft'lu I, It Uwit ill, 10040
v 11
f i
L
1
41 Ull
-
t m p Q A $
V
A 0 ~L w ti
w aw~ cc's.t

A
1
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4
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l
1
00
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- , 1CU
,
, -Ttwri#iA[ andivitio jIHj*4 Ih4j
1
lich And Shch 111tol TWI. ~-Mlwl 141..
4.1 1 fit
itit(t litit, timlilt'j"JI. *it'll it
cf
09
t- Ptowbk atrurtwe 11 TK/
>
.00
ell
0o
ci ( o*
-o
It. M, L~14T.trl
so
00 ago
so j!
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00 cot
!400

A t 9S L A AETALLUNWAL 1.111RAT"I CLAWIFICATION Cis 0
ire 0
oe
u All 40 a iki "'i ir -i Y -i i
0
~ ;
J
0 0 0 01; 0 0 0 ifle o 0 a 0 0 0 0 0 0 0 0 o 0 0 o
0 0 0 ei 41 0 0 0 41 SO 0 9 41 000 0 0 0
4 oes 0 0 of 0 0 0 0 0 0 0

.0 a 0 * 0 * 0 a 0 0 0 a 0 a a 0 * 4 0 OiltitA-4-A4 - 09speO99~6066 & a 0
-640 0 *0-0 0 0 11111 000000 0 0 0 0 Or*--* 0 0 00
013 1 2 1 A I I I A 9 it 11 11 11 U Is 14 lit$ W811172 B1421 26 V M P it - jj 13 U Is M W K 4 47 4. .1 a f4
A ~ I ' I * I a I A
0t At a OD tt,.t 1~ 0--t
4
-6 0
04, DithlotooWuryrWoromffocAto. G. P.-Luchusakilin4l 0
A 1. Likhachevs. J, Gex. Chem. W. S. S. R.i 7, 4415-
00 -06
14(1937); cf. C. ef. 30. 44292'.- -50, rrii%t-s with %(),Cf, 0
00 with aboorption it( heat. The inciting curve of the tymem
0: S(h-S(hCI.h"eutrctk%&I
0 ing fo.'j;1,0 and 14A wt. pffrentisgr tif SO,, t"p, jglu, & 4 -00
max. at currr*pondins its lh-u4ty
im3therms were Ictd. at 5' intervak ftc4ii - IW teb.50'.
All the hirnherms have a min. corrv%ponding to So,.
2-SOXII. Expansion rmS. curve and vip~imhy ivt1hcrtu%
40 J how mailms cuffe%ponding to "A), -'2MIC I,. Thrrotupi.
CW)9(OSOXDj (dichlortAulfuryl chlipfood(onalt-) wa%
00 0
identified and was found to he chemically Niable at it,
00 J fit. p. 1- 1.0.1 but to decompow at higher tripilti. =0:
0 S. I.- Nfador%kv
Zro 0
00 $1
61 ej -ale 0
t:00
t* 0
A I a - I C AREFALL496KAL LUCRATIM CLAISSFKATOOJ9 Do 0
woo
It, R1
too
-Y" rc
U 16 AV 00 A% r % 1 M of 'i Al
a D It W9 SaIT111 non 11111414101 Its
0:0 4 00 0 00000 so 0 0 0 0.
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wig wwwlffwww www-w
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Vlwooft 44 abldrms i-Pak baUdes. V. VtMcd- , -00
Bd chrowum alychl-wis- -A 1
tul 200?i; cf. 4'. A~ JO. "Ittir $)M1& wr
7
,
givegs, I,* trimscomit" 49 VoLl, and CIILWI, It-all 5t,-W--
The trudim obey the Ratchinsky ft"w1a.
,
Ole al !

: =60
0.3

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&L 441ALLURSKAL LITIMATtAls CLAStWICATIC0
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- , -
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4.. w(WIM,
418611 *a 4-V *40
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90*03*n of tit&AIUtn IftfOICKWIC1111 Wlth
U. The MCUOR *jib Wow and allta phenol], 0, 1"
Gem. L'btm. %V. S. S. R.) ?.'.'(A4 ;1 IiW);
A.3 '128--rici, and P-CIC%11,011 fortu'TiCli-
A i6 0
(OWLEDO., a-CICIII.Olt and M knill atlAh'-
1111xic. but "fily recil.
own La
40C.II.N(W. Tb~w olm .11 .-1
hvdiulyord cosily I,, thr plmwl, Itcl AIM I

09

so 4ri

ZI!
4,; 041
u 0 AT so v All I S V (W
it tv it DO 14 Or It R It #I It It u t.14
00
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00 00 00 ** 000 a
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see

144
00 go

is 0 a

0 0 0 9 0 0 a 0 a ire 0 -0 P_ -6 a a p at Is 0 w i.
0 Air a # a 4 0 0 0 0 0 0 so
4
0
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L~j
I _,L AA -0 CC W U k .
Q I t I- AL I_
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.jS A.
1.CC(t

-Msdmdkd Characteristics of atkhydrou halogest ciat -

, J-Ges. C". (U.S.S.R.)
2-1 "16-
7r
27
r
00 C -
,
(
a . of a
MYd halkle compris.
%
follows; Sch, to the
:
7
00 val I),
Int
1
Ij. 40, - 13' 1 kk)'. SOCI. -16*
:
,
-'
.
*
-
1-00
00 A 60
, SOXA - to
t, 1
, .4W)HCI
10
In 60'. N"1
*
*
'

00 to _ 10 PC,. - 13
to 70% POCU 2
to M
, Plir,
13 to W. MCI. - 151 to MI. Mile. 35* to Im'.
' -00
00 SKII 76
to III)% N't'll r to 36% N11111r, 93* to III)%
CMI, -111* to A% CCIj -111' 141 -JAI to 4ill.
00. SHre 10' to 110'. TiCls -ib' tuW,8nCI, -16, to W,
so j Safir- 35' to W, Ci(Wis -5' to 701. VUCIj 150 to Wj
and Ma - 15' to 10*. The above data can be used to ZO 0
00 det. the mol. vat. at the hakwu compda. by sueans of
' 0
Bachluskill
s formula (cf. C. A. 7. NXIII. 8, 277). The
ch1lorMes have smaller awl. vols. than the brunikin. Vo- 600
SO menslow ad the atoms enteritig these halogen ctxnp&. are
00 a thweakti.fromthemoll.vols. Tbeviscosilydaitatirealso
d
f
k
h
ose
to em
. t
e rate o
tnol. motion of the anhyd. halogen
h
i
b
B
hi 00
compt
s.
e
aL
y t
nskil formulit. The hadogens can
:
0o
2 be arranged in the order of dintinishins mol. motion as z
follows. NCWI. CC4. Shel.. SCI.. stwitcl. CWI,. ~50111111
4111,04; As". SOCIl. 713CL, Mr. SL)lCJ#. 110CL. VMIj. SjCJ,. 1
04
SuCl.. PCIa. CKNO., StCh. Astir.. SbC4, I,&&. SbIle-s. .
S. L. M.

Of ties

a A
AtIALLURGICAL LITIP411141 CLS01FICA"C" tie 0
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so for -SOtv". The b. Pa. am 1(4.11* and f-9.4*. resp. 4)AA
i 500
Mix
llS The UQUIdS. belt is absorbed. The vzpor pr".
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'i
go Presattivs, The vapor phase I* always relatively p," it,
* Coe
Q
I POCla except at 0
where an azeolropk- point wu found
Zoe
at 3-2 rauh. % K)CIA. POCIS can lie 'Ahtainctl frrv
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000
7#7
Aro*
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so*
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ogo
l
goo
:3 A S A I L A struttoff6cit. ILIMATURC CLAISIFKATION
see
1-- T t eAA 111i
tsvid) "it Q"w lot goo
F An 1 4 a ad a N & I if of I a 4
~Lu 1% ti a d Ktc its Run 114c"Lall 1!14
0000 0 of* 000 a 4 0 0 0 Oli~ 0 00 9 0 * t 0 @ 0 0 0 0 0 00 00'
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*0 f acids. 1. TenalmetriC 11SYCIU90100 01
hydmchwk
eyes,fa H,"Cl-11180.- C. p. othimkil and A. I
a
a 9. 1W.-NY
Likharhm-ty. J. Nvf- ('hm- I
jjKr, Way. 4 tics in *q. luu-St Gym
iian of The Collityn. V'%Tmr~lf 'u'rlm"
lip. The "Y. in Iff~4A.-:91,I) 1, 0.41 44 thAt to to,
00 a IC, C,,n be CMmed (fm all mi%t%. by a tumnt of sty
jmd IhjI llCl,;jllA1 4,an rii-t in i
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no wettr 4W CSHj decreft" with In-
to. In the water layer. In the 1wxt; of
MtrKDr ft Of conco. in the COH4 bqvr 0
xadtW chow In the compn.
0-B
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Chlor"O"Is ChImidef. IV. MOW dd*rc
and chloritsulfarAtio tMorWits. G. 11, Luch
G'". C". iv. S. S. R.) 8, INW-9 off R1
of IMS); 4. Likhactieva. C. A. 32. 443--SAI.
and KCI scive-4 SO~(ON% C1 sud IMYOKI
COC4 I CdCjs So, forim Co(SfhC1)j and (
ant
Cucl. tht Chtittopyrusulif,
With NiCI# juld
~8'060)1 and Cu(81"1)1 wv obtained, V
virsp
roduct-I am
C4 th
d S
cl
.,
.
su
u
e p
. an
t7(hjSO.Cj),. which heated IK:Iow IIAJ'd~'
11) snd 5(h0t, I oil furl
411100 decuittUo Wthi C1 SO and SAh ja
gu tuld ='83.1 aod c`obalt taflural
00 SAM.
Vilit FJIUAL Ifliff. jot. thim. 151. S, NUO
00 When Ni:~A), anti Nail,K), are mixed its tile 1~
tile gellijkml. green 1-t. which fulint hA-t I

t 1 1u 1. jj ti 1113 )111
E40 s

wilt"tes
Aif,
ai"fib4f
th N.Cf
L Wuh
k.-AhClij.
-00
ate% Ni-
h ZnCls. -00
USAWIP, -04

u Intl
F
h

160
nj.~ to
i heating =00
I Livsk
.0 0
a. Fran-
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~' 0.2-1 1.
c ct"up's. I
i
i
l
L
i
'
!
varl" from Ns". I C" to wi-Ow. I et"'. ..'s It
the product it 2NiO.TL4)3. The furtnation uf see
the bxtiv Ah i. favorv.1 In Rlightly wid ando( if%,-
-4 CwjAl, and Naje().
so
11. Xt I'viersirt 400
00
::100
it 4 OffAtLW'~kAl L1fI*1It,.f
00-
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goo
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9
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0 Nally and U; pwal. 0.
14. A!'lVlllMAkhaLhcvs J. AYA. CA#M.
117-2i)(ims); rf. A .31.41 -
x ) P13
. , W~j ft., i, P4
and viftosity of the systrin (IM 91 (k) 41) 21) an'd:;%
V) .30- and 35. wrte 113v"li(sll4l
omd data rt W.311t-ed and Vk-Ated. The h. p. N the
"I'm w4s *tw &id. The b. p. pi. rumpn. disgism
di.k-ml that the %yatern thws not fixtu it ivuslAmilins
Inixt. and, theMorr. the mixt. can be jwpd. into coun-
at a normal *v",urr. The ruixts. apprtAch the
rhafacteristles ni the ideal inkt. wilhaninertwics4vewls.,
lihough at 3A' %he rnint%, cannot 1w rall"t kirol. ll(WIf
A. A. 1h.lip"itv
bSS.SLA MITALLV0119AL Lffl�ATWI CL&UWKATM
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.
.
I SW4(llwx).-.A tz; sl~~ t-"be* V41u"es fur the vis-
ty of a so, cfHqtdd Semspda, at -40 to + lW* and for -41140
t 8 (me* 120 to 1 0. Tbv valuts of C X 101
aw Of X 04 Im Ithe'llNetAb" equatim v - Cl( V - w)
.00
j are, Imit; r
%11%. r 1471 9CIft 76%

704
A" I ej
M
Cl
Mi
~410

00
~
i . bth
I
h
t, MO.
,
v lIM; ;U14, M. W31; uld 8
PAW
.40

l
=tjr ~ ioul(uryl chloride,
SWAM- - wiftLhe a .00

00
l V
4 to 87 I.Afor th ,at. vol.
lF
1
A
d
h

so a mr,
wj
. Rat
inson
A&
we*

a 7
00 A, w to 0
00
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,
slow 10"Imv
it s 0 an v d It

u AT a
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1 AAA $110w* "WIVIIIiIII39T

-
*
-
'
0
"
"

I
0 0
0 0 9
*
4
P
.9 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
;
:
0 0 *
0 411 0 4 0 9 0 0 0 0 * 0.0 0 9 0 0 0 *
0 * 0 0 0 0 0 0 0 0 0 0 0 ? 0 0 0 0

0 9 IV 4p W 1, V W
10 It U 11 4 Is It 17 It 11 it a 5145 14UN14 Sill UJI Adis U11 uns, I :,I urq
&CORP fitl I I L_jL_,N._P__Q_jt 3 -M 10, U A i
~`O 0
all, 0 =!L, .40
7
I-so
.100
V. i! jDaterminatin of the concentration of Industrisi sulfuric -00
0
-00
00
00 9 add &trawls, G. P, LOCIMPkil-Aild M. 1. Pt~jhlva. -00
Zam4rkayd Lah. 111:4 1. Urf-I j.
0 1 t a rate d 0.5 I./min. thrmigh a Duawn tiask see
Rf-mmilralso designed that ail pArticicstry" "Pafe =00
ppid. and then tkftVgb a hulb alp~srl*r otmtg. a tni%t. f
00 111 111! N N&OR OW h III], of .Iflc ail. up Wn. I'lle 9:0 0
00 are rinwd and the w4hilillp al v III ralrd-
File method for Pankulattly suitable for the analptis of the
of 17 ro
90"s frOal tOv*en will6te-ODkis uft prmnt. It
00 -a -;Q1 An-I -ilk' Of -V P-at Olded vAidedd be d.id. in a
las Z. zoo
0o I so*
WO 2
do 0
!see
-R -
woo
0 0
tie 0
ASS-SLA SIT&LLUNrOCAL 1.1`110AILOt CLASSWICATICIS Itz
Sinollo I t4l's.) .10 0- 1311
;T-i -006-il IS 'i- -7 -1 -, -b P- -q - I ema 9 1 Ir W li it Cl 3 6 T
o , 1011,044 Kit Its mail HK KW ft I 111A
000040040*00000*0000000000*jo~OOOOOO~04000*0000,
oooooei,loeeoo*ooooeo000000*1490 4111140000000000900*9i

0 0
0
00
0A
00
09 J*
00
00
eq
0 9
L A P CIA I T U
.-D 1.11 Coors,
e e * e G a 9 0 a
0 0 0 a 0 0 0 0 0 9 9 0 0 0 0 0IIS
10j, 12-U MIS xv Sjoads auud~o
r..c.ot" !~ffi do
facrallas "U"
"th'a jor decors: Bin ttah'a coo'entretles,
add am 4 ca
hA711 and 7

00
.
ftk I
is, intm, an. 1. x
190. No. A. 73 - 4. - The
~99
1."= Ultiforl'Itys beginning vvitl
Is . Anti ondlod With k'
"
Us C011114. 45% of
.00
UNP l1wid 111(thsisl Proposed for Ms. he con,..-of 110)~ 41o

"
01-tn Is bued an dell, the Vol. .1 tht acid dowilln out
of A Mw%ial buf%4 Per unit of time. The time required for
/1
I 190
cdnitt Val. of-watte to A" out ul kbe "me buret it
taken 14W 11110 Oldt- The OPP, proposed vocisiqla t)( 2 .00
elaftlY sboUr burets, with a cmnaum stuPcock*with :1 909
=14P. am for each bunt. Add water to t buret and =00
to the other. set the vacniscusts at scro sund opm the

C0111111101111 StOlk-Od. Close khe stopcock after a dednite a* 0
V& of water hu MAI out. and mad the vol. of the acid.
'
I
mut the ratio o; the Vol. of the acid to The Vol. of wan,#
cal
i
th
d
f
h
-00
x
v
.
e coca. o
t
e "L The burets err ltvAu-
med by using mKids of a definite compn. A I" for coct-
vesting the tatios of the Yale
to Ilse percenta
cant
t wee
.
en
s
ge
it--- up for eackpairof burets. Thcllqul&ntuat~nt 9
the settle tem;I. The method is rapid, situple. and inner
sensitive and tMculratr than 1% tura%tarrinent of the d. by a
00 ID
*00
woo
woo
4 V
Is U Kgtn ltclWh IPA
PO as tv is a 6c 0 a Del
000 0 0 C, 0 0 0 0 0 0 0 0 00 lI
goo a

A 0 0- Is 0 o 0 o' 64

0 00
Goes
0 It 9 x m 3 u v 4 0 a 41 a a 114 a
f 1 1.0 1,fT - , k . A -a
toy .11"D 112A fqt-~
PROCIS"11-010 "60411fits Will

we*
was

-
Sol Iftm IF6 dineyM d di!~Wum and dr-
IN*"
1447-9
6
i no*
004 m.
Usfgk1W Kk
,
Rathtuou k
H
F
.
.
ago
no*
0OW

as*
so*

I
M
u a AV 46 mi I Wu IS j j-,j j IV j~U. I jr, Al A I a w 0 a 9 1 9 - 0 9 a 2
so
-4 : 0 0.0

00 000 0 00 0 rp W 0 rv 0 6 0 0 a 0

-
-
0
0 0 0
0
0
0 a
0
=
1
0 0
I , -W V
0
0
04
00 0 0 0 *Is
41
11 11 if is I& I? to is JD 1 11 ;1 21 N 2$ Is 27 A' 29 30 Itv11 0
*
*
14 is isvis A; 41ua44 is
A I C D T. A-J-A- k
00 a M F Q aI I W Y i it.-A. I., I M 0 CC iv, (1 -11 1 4
U ",I
00
00
Phase "tillibritt to the coatisming IWIdes and
i
ti
f th
k l
Iff
T
l
e
on ar
avest
on o
,
fires ha
ogens.
lis
(*A
-
'"
O-ar
(;fx
te
KD
kil
J
H
0 P
L
h .00

.
,
.
.
s
W
r.
.
a
.
I
uc
I
r
-C
' A
14
12(W
716- 3( 930),
JJ
f
V
H
Rj 9
.
.
.
.
.
.
. .
. c
,
,
In the Brr-If,0 system, the partial pressure of III, at :0)' .00
twatinuously incresised with an increase at the Or content
in water. whereas that of water vapor slightly decreased.-

0 The Or content In vapors; of the alsove system sharply
inctva-wil with an incrcam of the Or Loncu. in soln. to
0 a further Increivie of the fir concii. caused only a .0 9
0x 4ight increaw of the Or content in ilia valsar. The sys.
*. Th
W
f
h r,6 0
Ic Isisintii. a pa
rt
prensure o
tent
ad no areotrov
0-3: Dig in the IIj0-Hrr-KOr system was rrprewnted hy non- 0 0
00 a intem",ting isobars which otiginated fin the fl.0-11r, side
Le 0
, id the diatifain and an loctraw of the jmriial pirnurr if 4 0
so Ort diveric4l the eorrepposuJinji ljw)IAto Imin the JIjU-KIlr
1 ::
to the IfCs-Hr, Mile. A. A. 1
odunrity Log
!90
E, S I k A.(TALLt;P(K&L WTIVAT1,41 CLASSIMAtIC-
00 8
00
V-V-11 AA L S
70 U it titrif ~V#( Arif Ito Kan It if i"13 n 1 14
Z19966694141 0969411199 0 **soft
09
7
xo 41
t:oo
CIO 0
rz us 0
I w oft I W 845 0 a 3 1 v
0 go

oil 0 0 o 0 0 a o 0 q 0 0
;0*00000000*1111,61: 160
o
fit 40.0 4
I ". - 1_-_qAVA_9.M
000 FROC
Ff,
**a a 00 01,so
6660091449*000991-
so 00
JJ11 P!Yfs 1,-.
F0010,11is ~Arf
m and h
volon" ad al
dre
0
P
U
ars

I

I Lj2:W
a" .
.
.
u
y
g
GM. C". (U. S. S. R.) 9, 13IG-12
0
00 Ir ;1 of0and H metaled. by mesmi -00
fog th
al
U
f th naltin
ol
of 0 were taken the limitin -00

ef e c
cu.
"b
CA S o
e
ai
80 .
g; v
g
SIDIC11
SO
SACId
Coal
C6 SACII -00
e .
and PDC .
.
ls
6.
1.
A
lo wbm values of a wet OAW. 0.3 147, 0AM,
00 A U114, O.A=, 0.11MIls OMM and O.W4, r"p. it for -00
068 ' the c pd. the mol. lbuiting vol. Is . M (it the ad-
k, 1h
l
t
t 0
di
i
l
FQ4
lti
i
) th
09
r a true
e s
oin
o
. a
v
e
ng vu
t
ty ru P 400
'
004 iftAgicanbecakd-foravoless(Ily) x*4A,) where
Aisthest.Irt. 7berattltsof thecaelof thirst. Niting
=00

000 vol. of 0 checked sufficlenfly well with one another. The

090 limiting vol. of 0 was also called. from the crit. vol. of
elementary 0. The mean deviation of the as Values
c
it s
b
t
31
8 difl
I
h
+9
t
M (
00

Oew
, . s
es was
.
e
em
u
an
O
A&
R
turn T
%
h th
Ii
iti
8
01 (
hi
l
l 0
d i
l
71 ire 0
00.2 . ci
.
vow w
c
e
m
ng vo
t was equa
to
an
4%wastoundtoba(l.5419. The Witing vol, of water -was CIO*
used for the eden. of tM limiting vul. of H. The duklity
Ire*
of water obeys the rule of Bachinikii only in the region o(
i e7v ap. tr. Irom 1.03 and higher. The mol. Ifinitins vol. of
Water Was calcd. to be 17.47 frons which the at. limiting
X0
vol. waAgg was 4.40 and the limiting vol. of H us - 4.365. :~
One curve. 2 tables and 6 references. W. R. Henn wo
dig'
i - ---- ------
A%a.ILA 09YALLLMGKAL LITIMATY1119 CLASSIFICAMN
Idoiago -i T_ 440484 "it 4kV cog
-I--- V-8-i .
0 AT 10 It I1F I I I a I
so It
It tt It a
0 *1000000000000000400,00000000*00090000000:::Ool~
oleo
ttoo
00
ko*
17
#A S a tw a 01 a 1 0 611 0 a 4 2 0 v
Go a 1 K4

4 1
I z
III A.0 11.0 (1110191
14OCC1,19%
at
C
un His mly-440 11 410 ad
A , I
a .1 1 of thlaGulfalf front Galut"S containing
a olum cacbmate. d M. 1. IN"VIL.
~f-
~

0 164-Ttin French,
h-
R. I
J. APOW CUM. (U

0
:
00 1667) ( IM).-Polythinnates MV formed an boilifig Shi'l.
sulfate %Wns
this
d
i
h .00
04
00 a ucrs
.;
pfc
n t
e crystals a yellowish .
shadeowing toliberation o(S by the decompti. o(polythio- 1:10*
nates. The tint is prevented by crystri. from a Na,C03
l
.w
n., which destroy% polythionates, The hydrates of
06 a NatSA and NaA!Os, its a molten state, ("tit a mixt. The L*

0 fusion curve of the system

:0 ha,~ one eutectic point. Definiteconspils.arc not fornied in
` .00
!be system. T
he prescrice of chzdk prevents the yrn~- so*
so tug of NasS^ when krystd. from a soln.
A. A. Bmittlingk
AIN.SLA INSTAM140CAL LITINATURC CLAIMCATPON
OKV as$
IL AV 03 L1 01 it 99 Ii It
0 0 0 0 0 0 9 9 0 0 0 0 0 0 0 0 0 # 0 0
0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 * 4
'00
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94
oil* 0 0 0 o 0 0 0 0 0 0 0 41 0 0 0 0
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taps I 1 0
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iTe
00 1
so 01"KISMS Alto 01160111fill W
0,411
-
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is m(lop), No NOtf 801. .00ft
HM- 101,10, 1
PA
o
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0~& .
o
.
as Ugo.
&Uy tibiorbed by roglite produmd bY addn. 600
id
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substan" F. H. Rathwana Jose
see

see

or* 0
to coo

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e

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m IN a IN IN 9 A

s
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&
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was
A 3 4 - I LKIALL04KAL LIVERAIM C&MWICATMN
tl"vpivw
E v
lw_qvmr~
?A v a p 4 41 a a
m L a 04 a a a w Ol 6 A a 3 0 1
b a Av 10. AS It a W.A.4
sees 40 we 10 0 6 0 OLO *7 Wo 4 00000 0 a 0 0 0 0,0 0 0 0 0 0 0
go
0-0_# # O_f 0 0 0 0 0,0~0 9._ _-W-0. 0 0 a 0 0 0 * 0 0 0 #."1* 0 0 0 0 0 0
0. P.
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606

W GF, 6 a a a IF Al a
e 0 0 0 a 0 0 a 0 0 a o 0 0 or*
I a- 1 A t A I L, It- 11 11 Ad It LA -If 10 It al If
VA I AA

4
Determination of scot to lim In copper jacialstAll,
-
b
d
k Of
a
sm-
il anit V. it.
1
11,11ijklil,
L41! "Will Ow 111-6, 4,

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if) fill, N 11,NA).Asill Aj,I 1JACIll 1111,41
i
t
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go Its"'- oll-I lifIrg ItlIt - W441 Illf P111 :1 tunr% *iih h.q
id
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l
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ie WIIAIC (Atilt WA%bitlL,4) Will) Ili Jill. IICI 440
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S, 1 -00
'
'.
Irl wille, Miff, "Aill, thy Ilml ittillip. this- 114.41, -00
R11111 ~Jltjlltl, ,II"KI.1; it Ili 11

coo
00
l 0 0
00
00 a
I L A atIALLUN12K&L LIIIIIIA14413 C1,4111PICAIPOIN
Ago., III-Poil.
14JOIJ .10 W. dot
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2 goo
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filial am `1-- it,
r goo
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0 9 :i4 0 4 gee a 9 0 0 0 0 0 0

0 0 q 0 0 0 0 0 * 0
1 41 42 0 61 4 0Z
W&OCOVOMALM W Ovum% N! . a IT 0l a 0 n
ar
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"M91
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tm
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o
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it Of
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ptm to(HoPon MJGI (1) 1011 10113 1 P.Vpv Ion FucvTplJ03
41tatu!gjapull
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3fl 111t1bil q111A PaINJQ~~Qo))U711W'01 (' 9
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fee
48. oil- Millf*1794 4w. Mo '"ll
woo
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9 0 D it a if It It $1 9 of tv n It oct :1
oeo#000000000,00*0

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Y

UNIT 1
47 01
34 4 0 u do 0 46'

SOA
ALT-

of

G
J d-
_ydm R,80 N
im
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(U
.

00 .
404 .
.
HgO
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6
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L
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"
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can 9 to ft COM94L H690j, HA a 8

HISAM806a "MrJAIS04a; Chm t$
%
outfttk Una
I N
had 3
.
Y
The b. pg. of dm
t

ti noutnterescum LWO.-
l
w o
0
con
mmodis
av"m in the
y
dkwticiu ham HAA to KsSOv- The contents of 8%
m HSO
O *
a
*
In the -p- at the b. P. of the systuft wem
preltutet! by a VAN of emu divailm from the H,906
Point
and C-Ift UNG RAO
-HSO
O M
A
A Q
,
t
m.
.
#
. P. go

~ as

AlkA' C"U tie,
ASM.$LA AWYALAMICAL WIRATURS CLASWCAINN 00

Ivilaw mo my Of UM41" Wit 011131 ON a" All
u 0AT A A S a tw 0 0
70 me we I, low Is 1 1 it p I a a
000 0W 0 0 0 0
a
00 0
0 0 0 0
0 0 0
ME

LTJCHINSKIY. G. P.; CHURIIIINA, V. F.
"Research in the Field of the Chemistry of Arsenic-Containing Salts L The Formation of
Arsenites of Copper in an Aqueous Medium," Zhur. Obshch. Khim., 10, No 15, 1940. Sci.
Inst. of Fertilizers, Insecticides, and Fungicides, Alkaline Chemical Plant. Received
5 April 1940.
U-1610, 3 Jan 1952.

'17-4rirr- 0 0 0
9 to 9 0 4 Q It Olt 41 11011 411''Ifft 41 Ws 0-4-01 91919101%1 f 11 0 tr
AA art Ma
.14!1 vtorki-11 s so
Sam pr"Crtlas of barium thimillattis in cimass0on with
It fol Realotal Purposes G. Is I I sill. 1, list is
A
J. (;f*. CALMS (U.
119M.- The previtnifkY Pn4-tt -'Ume I limthmi 6W
' 11 '~ ...
Ilse detn. it( SO, tNsI1-I1f% It, -111-11vifix file
water. neittralizing it, adding Ba-W, to file -sill. I NA.144 1.
4- Bafy), - PaS04 + Ns&A(hl. filtering itrid tillatinic
the puln. (toStibei with the waAh Ististars) with Is. I ht-
:if
0, object of tile waq is, del. the &,Iv, If HaN,4 1, e6
In water and in it- liii%f-. With life. and file 41-rprulfl 4
Vdq0)l fly R&SO). froiss sisits- 4 water Owl ski, The 0
Wslubilitic. 311. AA, 461, N,
and (U), ate. rep., it. 114, 11 Wl. 11.24:1. it 2.". 00
it-mPo. 41.411s. Slid 0API11'e. The tlk~;ru- .4 (11.
ulir. with Ill,. .4 she '. --tv 1""..
The of llalfl. sst 0 ' it, mi%t- -d --wl 0
&k. citutil. if, 1, 2. ~',, III. Vs. 311. 411. 'it sitd #As";, -4
Ole . we. 1,.q).: it 1-:4i4,
tf.IXW, 0.01*4, IstIlLih dud #pvtxW:;..
stoints. of NA,1%0, fract %jib lla"y 1. is, (ofill ill-4. N16,11a - -9 0
11W.4, At low ctstirns, ill Nu~tyl, (ri x,A. and 1e-1 tht:
colinplex WAIt is fuctitril in silly iii,titiWiecint Sint-. Ail.lit
oi 0.1. ..u. :1.41. 4 (1. Aj,~ (;,(I. ".it Aml All -00
g. (a Na"Y). fit 2.5 Ild. of the .411. .-All-sed Ilse whN. J 0.0
tbt following arlitmi. at NAttW. Is- tile 0 IsISIX. a
()A=. 0-0178, 0-0482, 11.113119. 0A74M. W."V2. * 0
1*1, 0,11"-st-40 "It! it. W. R. If
C.
lf-91*1 aes Mosc-ow
I
8111,411LIVOCOCAL tIrtillifl.1 CtAtfirWil If it
L
-Ir 'so*
, ir
It as 44 IN a It
a It
3 Is
so* so
0 0 0 o o

0 4-0 0 0 # o as & o 0 0e * 0 4 4 0 0 a g 6 C' 0 - 4
0 sa o 6-0, o0 o as * 4, of#-4-44-- o-
& 1 4 It it '0 14 x , a 'I ZI I a
P r AJ--A" A v 1. :t~ All 11 11 if a)
Be Cc pu tt 4-
-00
-00
-00
I f4ainufacture of Puts jarten- 1. Prepatirstiou by the -0 0
:o exidstloss method, GU01131-kil all.) V. 11. ch'ifil. .40
Nfr!~.~S.4'16
J. .4 P14i4rJ IK-
00 nalit. tif ClaO.M. AiaO,.'kSO'i islul
'011 1 IS X, wa* Wiled lof 2 firm. 111ad. r ii it Ilia% c"11. -00
00 dviiwc. virldine Paid% uccn conts. AhO, 10.3, wwri -*,1. 00
A,4(h Ciao 30 S and AcIO The m-lictur of
0.0 .3 IIIIIIII(Ital JIMT11al i5 giVCU. Thl! (VtOid(i i4 442U0 t *0
3As.(h + !'AcOft 3Cu(AACIk,),.Cu(OAc)s + IfjO.
j A. A. NklKofity 0
0 .400
* 00
0 410
0 .00
.400
to
it'
t a
u n 4, An I %N fw a N - w 14 1 4x
Offamilt"If 411)
0 0 0 0 0'o 9 * 0 0 0 * 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 IF
a It 0 0
0
0 0 0 0:0 0 0 4 4 0 0 * 4 as 0 0 as 0 0

r..o 'S
~-O-0 0 Woo 0 0 6
4
0 P, 40
too? U Is
o'
jai "'ve.
oo* p*"#SU& AIND f110418111111 mots
,sea
If
008 J. AMJ clwk~ a. S. U.) 13. 42
00 421) 1 ).-Inj d ~'Altv" tin Ihv NAN11904
I
better dm In por water. The twAy. al Xlts
got (alwask) vMhkwTv*MWN&tHPOsCwIqftt. l1w
40p to the HO-Kh-N&JIM. syst"o
of m*mwv *1 .
].*=,d try i. f .1.1-1wV11111 IWANIS. the
valwo 4 witirb voutivasr4y dermw In Itiv difecti,wi
from tM "A to do "NO-N&SHM Ak (III frid"Vilar
diagram) wbereas tbow 111 11,0 divreaw from 11,0 tu
The SCOr-k**HP% ". The b. P. in the abow system
14 = tcd by aMea of noninte.wc Ing itathernw. the clee
1. .1 =b watiquously increase witli dftwm In r, moo
sow 80# mutra and with inrceaw In N&JIPO. content.
809 ran tv completely mmoved from the Res
NaHM watew datty Mcup, by IwWns Ow mAn.
AA 4F 1100
A. A, Itticl"tty me*
AIRAI
r?~IkI g- If
we*
..... .. lee
L A MOULUNKAL -LOINATAOS CLOWICAfM Nee
slow 414FIVIA"
43"# 4" 1111111 dw am* All
u AT to GO 0 a I if 0 9 0# a 3
it I'll0 it Ix
so goo 0 we got 0 0 0 o so's 0 0.6 0 000 00 0 of
*00 000.1 so* so 0

46 1e, at e a 0 0 e 9

A I L__ 11 U U U If k ff X W L 11

V 1
1 A I Z AA IS CC W U
k
d -j 1; W n 1, 0
4 .
,
f9

CO- the
b
i
0 oa
y
pads gjr#qn, U. prepust
jdanufadwe of AL
acetatt method, 0 11. Luchinskif and V. F. Churalkin.s.
1,1), SM44(in GerinAn,
J. APViod Chem-'

0it A -A tnixt. of 3 stwl,
&14)(194o); cf. C. A - 34. 8169 .
boiled under F-
AstO, and 41 ilsols. CutOAOs in water was
bell atutriglized with sUked fill1c; th,
flux condelmr, t
paris green formed vnis otered out. Wa-hed W11h VIAIIF
anti drivd. The Fete". i, :lAst(h + WuMAcl, +
3 OAc),.
Cal) - 3Cu(A%(h)..CuiOAc)v + 3cat
of p1ti, green. Lwcuuw
oj, cannot be uVed for the PfIIP
:

lilt ploduct is extremely A. A. 1'. -Go
10

Iz
zoo
00 2
f
4 it - 5 A A WALLURGICAL LIFIRATIoRr CLASSIPI(AlICId UO
A I - A 14
t
U AV 10 LS: V,IiAn4 $arm 0 1 W IM -3 if .3 4 IrA
a it it al, ol: Ox a R K is a it cf n ; 414
a i
0 0 0 0 0 0 0 0 0 0 0 0 0
:: : : :i's Of
OTO '0 0 to 0 0 a

4
I -A-1-11 J-1 a' Alf, P 0 1 74", IV 101-1-- 1 AUA I

maillifit4fulf of Pod@ Vasil [if Nolublilly slid by
*011114 0( 114114 p4q. 6 11, 1,111 Iffil'ill all-I %" 11
CIIII
IIIiIIIII
t A
Iof wif chow (1, 14 m 14
Wl III
1 jj
I k~.
. '
I
~
(III .
.
~
aft'vil 41111 food Iftq"4v ,- 111 41i# 411 lit.lic
ll;ttl Ito (-:If#.
arviviihis III II'l 1 6
f)l(A%o.),-Cu (Act)), I A-,,,,. Ilydinly.is pe-
erroird rotgularly In Hour and did two dreft-Ast- even oil slolit - a 0
ling off 2470 t4 the i(stod AsOi. Tile fact W reirmovoll
00
AW). during hydiolysis cannon be uwd a. un Index Go
goo
conmtkirtal anti atithroory tionienclaturr still hit, loop valm.
(or therlookslikistitin alf the primitli-C. PatlK Krivu Cannot IN
pfc-pd. I tile Will by j1pim In all lojj~ nIVIIIIIIII. I'mi,
U
:ell IS
In un aq. u1n, of AcOJI, with partial -A-pn. tot
91,

0
MOAO,; thewAy. driorrulto on the cumpot. 4 ArOff and
is "lag. (1.1%) in 211% m4". Pure 11fild. green ran 1.
by thor pptn. front the sain. rtmiji. AtOli witl
A, A. I'miginny
06
so
go
0
09
0
0
a ALLI)JIOKA~ L~T!J!~Tlflt~ CLAtitpiCATFO$i
AV to a
0 0 0 0 0 0 0 0 0 0 0 0 0 a 0
0 0 0 0 a 0 0 0 0 0 0 0
0 0
400
Uz- to 0 411
Wi-;i -Z-W-~i - - ------
e
iii ;ik -- I - - -
'A I a fW 0 A I I Al IN 0 a a 3
0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0,
0 0 111 6 0 0 0 0 0 0

0-1 1614fulIVISMts 16 u 0
0 :',A JL-L a L-L-A-A-f-A-L-L I
00,
A
~
a it a aids 161) 14104141 no ad
"W$ AW ONG01fol,ts -011
.00
Ths Weparation of lead acetate from
~`Ikll
twejr
khti
Kh
B
d Z
i
ki .00
.
arm
.
s
s
.
l an
G-P-Locith
d ~40
Ad. (U. S. $- R-) 17, No. 4-6,84-70940).-The slu
V
from HoS0401antsischiefly It is washed, allowid
to reset with a cold satd. soln. of 7-9 times the theory of
is balled with a soln. conig.
PbC1
s
ltin
h
d
wee
e re
u
#
t
N&CI ga
g
C0
C
P
3 ()~. The
b
j
1.5 g,7c~ am theoretical sant. of Nat
' 96
and the soln. concd.
ed is dissolved in AcOll at 70
,-acrystanize Pb(OAc),. The yieki is 811.5%.
'00
IL M. Lekv-irr '00
3
W 4
A S A - S L A METALLUACCAL UTIRATURE CLASSWICATION
slow 11"VISV.
b u 9 Av 10 A$
0 0 0 , 1i i i i i -9 i i i ,-i g i % i
0 * WI G 0 * 0 0 * * 0 9 0 0 0 0 0 0
see
811431 our ft. sit
IM a 0 9 1 Ar IN 2 a 31
1 ; a 0 * o0 0 * 0 ; 0
0 010 0 416 0 9 0 0 0 0 0 * 0 996

- - - - - - - imp
0 0 0 0 0 0 i -00 too 0 0 9 0 6 0 0 Ewes 5710 Wir Rp W wi-
041 2 1 4 1 6 1 1 9 - II U ts 4 " 46 1? is " a a A a 41 q 4
,,A It-4-A-A- 0 a R I J_u V
00 A
PROC91111 A-0 V40040111% 4.094
0 vli~ - JAI
.r
A -*0
ksskin;~4;iya,
S&wjkchante V_Wzkodf ZAWoM i K.9*4. Pajimros,
'
imuity of Liquids and Coflvi" Solos.) 1,
~Caotf- in l
*0 ii 1-8094 1).-Faf an Weal ulixt. of two liquid consponents
A and 0 the visctwIty of the mist. can t)e expressed by *00
00 a
SWA - We), where a, b and
9 - (aeA + bCjp)Ljv 1410,
00 a WM AM. FesP.. t wt. fractions and timiting cl
'
A a
d B
wW r 6 the
al
d th
j
j
1 goo
00 9 W n
up. v
. a
e ta
x
.: I - a"A +
098
.
the coasts. CA and CM Wt. TVW-. CA M VA(PA - WA) ZW -00
00 ke 1 Ca - IsOrs - us); viscosities computed h4 Lhe Mist
f
i
l
l
th
f
ti
i
l
6 0%
60 .3 U ormu
nvo
a
v
e wt.
rac
ng on
ons a,
t I 3p. vuts.
y
PA. VA, the limiting VOIS WA wo asid the vbcoMtk3 of the
d
1;
h; 0

000
ft VA W
t
QMM wf,-C~I.Cll,
8,
Part comr,,C, I
andCS
-CJIXH
W251 HCI
C
H
a
ir
41110,

00 a ~r
m
4gmaa"-
*
%
r
s,
ment Qth exptl. data. For a 6quidail system where goo
00 neither the 5P. vol. Gar the caust. Cbpddkfn. the correct ISO
formula becomes V - (aCA + bCJ0)0V'A9 - GWA got
00 bWA),WhC%tXi5tbeMCkfr11Cti0U0I 111CCENZWOUCCApfebelit 400
at the Iowa covAm. and h is a coeff. which (or many s".
". expanding on mixing has the value 0.18; for astems, to 0
CUBURCtial 00 Mikial. ON elpontat is MI. M formula
is found in
a mtist
w It the data Im the system
od
lt
5v 8.0
,
a
.~26t a
.T
tt 1
110cla-soic ) with Its a". viscosities
3
.
00
of many liquid mixts.
Z (; ;cQkted with fair accuracy;
It also permits visc~t analysis of liquid mixts. of un- 00
kno-a compa., e.g. analys4 oleams. N. Thou too
too
L A BETALLUWWAL LIT211ATUMV! CLO4101CATIOM
91146 1"
0.9 MA11 Go QWV sit
U AV 10 13 a K 9 1 Mr IN 9 a a 2 4 9

A is
P or a or K Is a Is
0 0 Is cp U
0.
*
,
6
0
:::
:
_
86
oao 06
bo~ 000060*00000
0
600 oooo:**
ea 0
o
00000 0004 0.04*000000 *0 41199000000000600,00,