SCIENTIFIC ABSTRACT KUNIN, N. F. - KUNIN, T. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927520018-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ori the relation between various . . .s/i-,,6/62/oii/oo1/01.6/0l8
E,073/11535
between 0.1, and 0.82 mm. It was round that the dependence of
the thermo e.m.f. on the specific deformation work can he
expressed by means of a single general curve for torqiori, tonsioti,
rolling and cutting. For all these types of' def'ormatlozi,
approxim; tely the same indticed e.m9f. correspoilds to equal
deCormation work. The assumption that the e(lijivalence of
deformation should be evaluated or. the basis of eqitivalence of
specific deformation work was confirmed by the tliermo v.ftl.f.
method as being valid also for the case of the machitting of
copper. IMeasu rem ent.-3 of the induced thermo e.m.f. of chip may
prove iiseful for finding generally valid relations inter-linking,
the process of nuicilining of metals with otiler well known types
of deformation. There are 3 figures.
ASSOCIATION: Chelyabin.41-dy inBtitut mekhanizatsii j.
elektrifikatsii sellskogo khozyay,,jtva
(Chelyabinsk Institute of Mechanization and
B,lectrification of Agriculture)
SUBMITTED: April 3, 1961
Card 3/3

""r)69
S/057/62/032/004/015/017
0 0 B116/B102
AUTHORS: Kunin, N.*F., Kunin, V. N., and Grishkevich, A. Ye.
TITLE-. Thermal ionization in the gasoline flame
PERIODICAL: Zhurnal takhnicheskoy fiziki, v. 32, no. 4, 1962, 485-487
TEXT: Ionization in the gasoline flame at 1100-17000K was investigated.
The flame resistance was measured perpendicular to the gas current.
The air compressed in compressor 1 (Fig. 1) was conveyed to combustion
chamber 2 (with 1-05-1.12 atm excess pressure). By compressed air
(compressor 6), gasoline B-70 (B-70) was injected from container 3
into the air conduit between compressor 1 and combustion chamber 2.
The flow rate was about 120 M/sec. A transverse magnetic field of up
to 7500 oe was generated with electrodes between pole shoes 4. The
resulting transverse emf E was taken off by means of graphite Plates 5,
which were also used to measure the electrical resistance. Automatic
electronic potentiometers and bridges with suitable pickups were used to
measure the flame temperature T between the plates, the air consumption, G,
per second, the gasoline consumption, DB' per second, and the pressure, p,
Card 1

S/057/62/032/004/015/017
Thermal ionization in the gasoline ... B116/B102
in the combustion chamber. The resistance, R, of the flame between the
plates was found to depend on T as
U
R - CT -3/4a 2kT W-
C is a constant, and U is the activation energy of ionization.
The activation energy was determined from the slope of Eq. (5), which
is represented as a straight line. It amounts to 1.09 ev., and is thus
closest to the formation and decay energies of negative oxygen ions*
There are 3 figures. The most important English-language reference
reads as follows: A. Cherman. ARS J., 30, no. 6, 41, 196o.
ASSOCIATION: Chelyabinskiy politekhnichaskiy institut
(Chelyabinsk Polytechnic Institute)
SUBMITTED: January 28, 1961 (initially)
April 5, 196V(after revision)
Card 2/0 2

GRISHREVICH, A.Ye.; Kum. II.F.
Flastio tension of copper at various speeds and temperatures.
42 . (IJIM -11)
Fiz, mot. i metalloved. 16 no.3. .7-434 S 163 16.
1
1. Belorasskiy gosudarstvamy univervitet imeni Lenina, i
Chelyabinskiy pedagogicheskiy institut.

KUNIN, N.F.; NILOV, A.S.
Recovery of induced thermal forces in copper deformed at
speeds. Fiz. met. i metalloved. 12 no.6:921-923 D 161.
(MIRA
various
16:11)
1. Chelyabinskiy politekhnicheskiy institut.

I
y1j.114, I i'. ~-,. . ;, Y URC HEN K oy 13. D.
Regrularitle.9 in tho Pack-ing of po%d(,r]iltl Fli"":!_%q,.'_qv.
I
no.6:28-3"' 164- k'MIR-A ISS-4)

KUNIN,- N.F., (Moskva); YURCHENKO, B.D. (14oskva)
Compressing metal poWers. Porosh. met. 4 no.6-.1-11 N-D 164.
(MIRA 18:31)

KUNIN, N.F.; KISLYAKOV, S.A.
Dynamic effects of plastic deformation in copper and its
alloys. Dokl. AN BSMI 8 no.2:124-126 F 164. (MIRA 17t8)
1. Belorusskiy gosudarstvennyy universitet imeni Lenina.
Predstavleno akademikom AN BSSR R.P. Severdenko.

KUNIN, N.F.; KUNIN, V.N.; GRISHYINICH, A.Ye.; KOU-NCHENKO, Ye.S.
-1 - -1
Energy absorption by, copper during small deformations. Fiz.
met. i metalloved. 17 no.5t789-792 14Y 164.
(IffRA 17:9)
1. Belorusnkiy gosudarstvennyy universitet imoni Lenina.

I - _213a-66-- -T`1-ML(e)/�,iT k
JD
I ACC-Mr-fd9,6007283 SOURCE COD--E--:--UR-/0-22,6--/-,66-/-O-o,o-/-o"o-2-/-0-0-2--l,-/0026 I
i A
AUTHOR: Kunin, N. F.; Yurchenko, B. D.; Wshkina, N. V.
ORG: Belorussian State University-im.-V. I--Lenin. (Belorusskiy gosuniversitet)
TITLE: Absorption of energy in pressing powder mixtures
SOURCE: Poroshkovaya metallurgiya, no. 2, 1966, 21-26
TOPIC TAGS: energy absorption, solic solution, powder metal, zinc, copper, tin
ABSTRACT: The authors measured the energy absorption in powder mixtures of Cu+Zn
and Cu+Sti. The value of the specific energy absorbed increases with compactness,
reaches a maximum and the falls. The differential relative absorption varies in the
same way. With high compactness the latter value if negative. The maximum specific
absorption of energy for mixtures is lower than that for powders made of pure metals.
Reduction of absorption is explained by the formation of surface solid solutions in
contact regions. The thickness of the films of surface solid solutions, calculated
from the reduction absorption and the constants of formation of solid solutions for
a 60 to 40 mixture proved to be of the-order of one hundredth of a centimeter. Orig.
art. has: 6 figures, 2 tables and 4 formulas. [Author's abstract.)
SUB CODE: 1l/ SUBM DATE: 25Feb65/ ORIG REF; 005/

L 332,9-66 i~~Cm Q) idp-c TA.I/RM
SOURCE CODE: UR/0314/66/0W/003/0024/0027
ACC NR: AP6024587
AUTHOR: Kunin, N. F. (Doctor of physico-mathematical sciences); Yurchenko, B. D.
f -iences)
~Doctor of--technical sc
04G: none
TITLE: Analytic ire-thod of calculating the work of pa2Kg powdered plastic
SOURCE: Khimicheskoye i neftyanoye mashinostroyeniye, no- 3P 19660 24-27
TOPIC TAGS: job analysis, mathematic analysis, plastic I
ABSTRACT: . The article presents illustrative values of the specific work of
packing several poudered. materials, measured and calculated by different
methods- As shown in a previous study, the relationship between packing
pressure p and density of the pellet ~( is described by the equations
OV max-dens k0 - b(p.,
w"'o-o Y max-dens = given maxbium density; k '~ initial.packing co-
off i1cient; cL = coefficient of compressibllRy losses; and e = base of
natural logarithms. This equation makes it possible to derive an analytical
expression for the work of packing. Transforming equation'(2.) into logarith--'
mic form, and solving it relative to pj,- wo.obtain:
p I In Y max-dens -.Y (2)
k
where B -:aL. Orig. art. has: 7 figures, 9 formulas and 2 tables. [JFRS:
C4 35P72~-]
SUB CODE:/ P5, 06, 11 /. SUBM DATE: none / ORIG REF- 001

T/Ewpit
_LQ0650-67 EWT(m)/
Cc '4R' AT6016346
IJP(') GD/JD
-C
SOURCE CODE: UR/0000/65/000/000/0104/0109
AUTHORS: Kunin, 11. F.; Zhilik, K. Ki Voropayev, A. G.; Samokhval, V. Vs
ORG: Belorussian State UniversiY im. V. I. Lenin (Bolorusokiy gosudarBtvennyy
universitet3
TITLE: Thermal treatment of silver, opTperp and tjA vacuum condensates
1'7 C-i -2-7
SOURCE: AN UkrSSR. Podvizhnost' atomov v kristallicheskoy reshetke (Mobility of atoms
in crystal lattice). Kiev, Izd-vo Naukova dumkap 1965, 104-109
TOPIC TAGS: :bhi= metal filmp silvert copper) tin, metal heat treatment, activation
ener,sy
ABSTRACT: The laws for stabilizing the properties of silver, tin, and copper thin
films are investigated in order to remove the data scatter in their properties caused
,Cby the method of film preparation and to study the nature of the defects present in
the freshly deposited films. The films were deposited on a glass substrate at room
tomperature in a lo-4 mm lig vacuum. After deposition, the metal filmn were spontane-
ously aged at room temperature for 50 hra during which timo their rouiattinco docroaued
gradually. The heat treatment for tin was made at 150C in hydrogen as well as in air,
without an irreversible change in its resistance. The heat treatment for silver was
at 70-120C and for copper at 150-200C. The results are shown on graphs and tables.
Plots are given of resistance versus time, relative change in film resistance versus
Card 1/2

L 00650-67
ACC NRs AM16346
timo, activation energy as a function of temperature, and curves of resistivity versus
film thickness. The results show that in freshly deposited silver and copper films
there exist many structur 1 defects with widely varying spectra of activation energies.
Also. the heat treatmentKtabilizes the film properties of all three metals. Orig.
art. has: 4 form=ulas, 4-kigures, and 2 tables.
SUB CODE: 11 / SUBM DATE 1 1 ONov64/ ORIG REF 003 WH REF'. 002
Card 2/2 pb

ejivl % A.
ACC NR- AR6033777 SOURCE CODE: UR/0058/66/000/007/GO14/C,014
AUTHOR -. Kunin, F Nechayev, I. S~3
TITLE: Relationship between current and reaction in point discharge
SOURCE: Ref. zh. Fizika, Abs. 7G106
REF SOURCE: Tr. Chelyab. in-ta mekhaniz. i elektrifik. s. kh., vyp. 22, 1965,
103-111
TOPIC TAGS: ionized gas., current, reactive force, point discharge space, ionized
gas flow, electric current, twist angle, momentum -
ABSTRACT- A study was made of the reactive force as a function of current in a
point disc arge in gas. A pair of points was mounted on a rigidly fixed axis and the
angle of twist produced by the reactive force of the momentum was measured. The
experiments were conducted by varying the pressure, the type of gas used, the
intensity, and the geometric configuration of the points. The relationship between
the reactive force and the current in all cases was found to be close to linear. ThP
ratio was found to depend on the conditions of the experiment: according to the
authors, this relationship may be qualitatively explained within the framework of thl
112

SOLOVOV, A.P.; KUNIII, N.Y"e
Moiallomotric surveying of dispersion halos in mountainous
arso.s. Sov-gool. 3 no.5:32-46 My 160.
(MIU 13: 7)
1. Kazakbskiy geofiziebeskiy treat Miniaterstva geologii i
okhrany nedr Kazakhskoy SSR.
(Geological surveys) (Ore deposita)

KUM') III.Ya.
Tectonics and gas and oil potentials of the southwestern
Chu-Sary-Su Depression. Izv. AN KazaXh. SSR. Ser. geol.
no.2:3-17 161. (MIRA 14:7)
(Chu Vallc V-Petroleum geology)
(Chu V-Iley"-Gas, Natural)
(Saxy.-Oli Valley-Gas., Natuaral)
(Sary-Su Valley-Petroleum geology)

KUNIN, N.Ya.
Analysis of-the distribution of Mesozoic and Cenozoic thicknesses
in the depression in the middle of the Syr Darya Valley based on
geophyaical data. Izv.AN Kazakh.SSR.Ser.geol. no0'4.*26-35 162.
(141M 15 s7)
(Syr Darya Va.1ley-Petroleum geology)
9
(Syr Darya Valley-Gas, Natural-Geology)

I
MINIFI, 114ya,
Method for the objective evaluation of the gravitational field in a
qualitative 4ntorpretation; a topic for discussion. Izv. All Kazakh.
SSH. Ser. geol. nauk no-5.%-102 163. (MIRA 17:1)
1, Turlanskaya geofizicheskaya. ekspeditsiya, g. Chimkent.

KUNINP N.Ya.
New data on the tectonics of the southwestern section of the
Chu.-Sarysu Depression.. Naftegaz. geol. o geoflo. n0.8:49-52
163. (MM 17:3)
1. Turlanskaya geofizichaskaya ekspeditsiya.
I

KUNIN,:N.Ya.; MIKHEYEVA, I.G.
Using variation curves In establishing a law for the change with
depth in effective velocity. Razved. I prom. geofiz. no-47:
29-34 163. (MIRA 16:8)
(Saismometry)

ACCESSION NR: AT4016748 S/2604/63/000/049/0094/0100
AUTHOR: Kunin, N. Ya.; Davy*dov, N. G.
TITLE: The accuracy of gravimetric prospecting and the sources of error
SOURCE:- Moscow. Vses. n.-i. inst. geofiz. metodov razvedki, Razvedochnaya i
promy*slovaya geofizika (Prospecting and industrial geophysics), no. 49, 1963,
94-100
TOPIC TAGS: gravimetric prospecting, probability theory, error source, gravimetry,
prospecting
,'ABSTRACT: The article discusses and compares the errors in highly-accurate and
~double milligal prospecting. Analysis of a 167-point sample shows that the large
.;errors in determining anomalies of gravity (1.3 milligal) are not caused by in-
'~adequacy of the formulas used for estimating accuracy, but by incorrece iiethoda of
prospecting and checking. The authors suggest that a similar analysi- sl~ould be
performed in other places where prospecting of higher accuracy is performed. In
order to determine the accuracy of measurements, repeated observatioLs &re made,
and the accuracy of interpolation is determined. A comparison of the results of
~-Card -1/2

:ACCESSION NR: AT4016748
double-milligal and accurate gravimetric prospecting allows one to estimate the
equality of the first and to analyze the observational errors. During this
-comparison, the mean square error in the anomalies can be found and interpolated
'by the gravimetric map. These errors show the quality of operations and the
~accuracy of the plotted map. Errors in observation of more than 1.5 milligal are
i
,connected with measurements of over 3 hours and to the use of a zero point of over
!0.75 milligal/hr. Observations should therefore not exceed two hours, and errors at
the zero point should not be over 0.75 milligal per hour. Orig. art. has: 7 figures
and 3 equations.
ASSOCIATION: Wes. n.-i. inst. geofiz. metodov razvedki, Moscow (All-Union
,Scientific Research Institute of Geophysical Prospecting)
SUBMITTED: 00
SUB CODE: ES
Card.2/2
DATE ACQ: 13Feb64 ENCL: 00
NO REF SOV: 000 OTHER: 000

4h-~~ local uDlifts
'!el. i geofiz.
no
(MIRA 18:3)

Y, IS, I I
i~.r, I f;~~a n~i z, s t~ c,,- ,,nd r c t s ':'I-- finding oll and
guc ~n -,.Ile Me~sozclc ned-iment-3 oF southern K~,.zakhstun. Geollektonika
165. (I-SR-A 18-6)

KUNIN, N.Ya.; SAPOZHNIKOV, R.B.
Structure of the southeastern margin of the Caspian Lowland.
Gootektonika no.6:91-94 N-D 165. (MIRA 19:1)
I. TurLanakaya geofizicheskaya ekBpeditaiya, Chimkent. Submitted
May 26, 1965.

L 13860-66 ETYYT(1)-, GW
ACC NR: AT6 104 SOURCE CODE: UR/3152/65/000/008/0109/0113
AUTHOR: Da dov, N. -G. ; Zillbershteyn, S. I.; KiApin, N, Ya,
ORG: none
TITLE: Use of the MBNP mi-crobarometric level -,*ndicator"in precision surveying
SOURCE: Razvedochnaya geofizika, no. 8, 1965, 109-113
TOPIC TAGS: _ pressure measuring instrument, surveying instrument, altimeter
ABSTRACT: The author gives data from tests of the MDNP microbarometric level indi-
cator developed by the Moscow Gidrometpribor Factory in cooperation with the All-
Union Scientific Research Institute Tests at the Institute and at
the i i ~ "Sir.-_Aiq ~,ea- have shown that the MB14P instruments may be used for de-
termining altitudes with an accuracy of �(0.7-0.8 m). A comparison of various i,)-
struments in the MBNP series showed an average deviation in readings of 0.015 mm Hg
with deviations of 0.03-0.04 mm Hg in individual cases. Experience has shown that
the following requirements am necessary for accuracy in using these instruments:
1. Station readings should be taken every 10-15 minutes. Use of a self-recording
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L 1386o-66
ACC NR: AT6004104
microbarograph is recommended'for optimum accuracy. 2. Distance from the station
should be kept to a maximum of 10 km and for more accurate work to less than 5 km.
3. The instruments have a low zero drift and may be used for protracted observation
on long runs. 4. Repeated control readings are necessary for checking accuracy at
fixed points which make up a volwrp- of no less than 20% of the number of coordinate
points. The instruments are small, shock resistant and accurate and am recommended
for use in gravimetry and precision surveying. Orig. art. has: 3 figures, 1 table.
SUB CODE: 09/ SUBM DATE: 00/ ORIG REF: 000/ OTH REF; 000
Card 2/2

ACC NR' AT60213379 SOURCE CODE: UR/0000/65/000/000/0142/0154
AU711OR: Bachin, -A. 1'. ; Bekzhanoy,_ 0. it. , ~r~qd-oVqy'j - V. V. coltdahmidt. V. I.;
Zhivoderov, A. R,i Zlav.dinov, I.- Z.: lvanov,*.O._D.; Klenchin,,I._N.; KolmogqKgv,_
Yu. A. , 1~p.tjy.2_rov, V. M. Ktiz'min, Yu. I .Kominova, M. V. ;Kunin,.N. Ya.;
LyubeLskly, V. G.; Mclent'vev, 11-1. 1.; Trc.L1-7n=n-'v-
i~--V.-;--T9-arcgradskiy, V._A Fyq'Iln-, V. A.
ORG: none
TITLE; Geophysical sketch-map of~ FazaMintan
SOURCE: InterrIatibnal Geological Conprcqs. 22d, New Delhi, 1964, Geolo i eakiye
. - . . -1-- -_ -- 8 ch
rezull taty--p-ri-k--l-n-d--n-o-'y'-gc-o'-f-lz.1-k-l- -(Gcot )gjpal esults of applied geophysics); doklady
sovetskikh geologov, problema 2. lz'A-~vo Nedra, 1965,'142-154
TOPIC TAGS: VJ"R;WnW--Au- geophynic9. map, #:v.,op tectoni
t*= - A.,7
ABSTRACT: On the basJs of rv),,Ional geophygient qnd geological investigations
%,(seismic, --gravime,tric inngneLoelectric), a romponite geophysical sketch map of the
- . - - P --
physical fields of Kazakhstan has been compiled. From this map, the major tecionic
zones, deep structures, and gcolopical structural zones are defined. Long zones
representing high field pradients in the gravitatiofial and magnetic fields reflectt
deep.geosutures, which seismic sounding data suggest are scarps in the M-diacont#ui

-L,~ " 1 ~ i - 6
ACC NR, AT6028379
Among the major striiatiral zooes of Kazakhstan deflneo are: 1) the Turgayokaya,
2) the Petropavlovskayn, 3) the Uspentikaya, Is) the Tokrauskaya, and 5) the Dzhalair-
Naymanskaya. Regions of magmatism are also defined. In the tectonic depression
zones, contour lines indicate the thickness of the sedimentary cover, overlying the
folded basement, and possible otl-Vearlng formations. Orig. art. has,. I figure-IDMI
SUB CODE: OB/ SUBM DATE: 06.1nn65/ ATD PRESS:,S-V -3
/"P'~"':_ 11~'

ACC-NR. AP6030452 SOURCE CODE: UR/0031/66/000/008/0057/0060
AbtHOR. 'Ktinin, N..Ya.
ORG: none
TITLE; Ba:~ic structural elements of closed regions of "southern Kazakhstan along the
Karatau Range
SOURCE: AN KazSSR. Vestnik, no. 8,1966, 57-60
TOPIC TAGS: geologic exl~ldrafton, physical geology, seismic prospecting, sediment,
basement, metamorphism, ~/Kazakhstan
ABSTRACT: The results are described of the 'deep-borehole geophysical exploration
.of t~e closed regions of southern Kazakhstan adjacent to the Karatau Range. The
geophysical data are differentiated by the components of the basement, the inter-
mediate ~;tructural layer, and the sedimentary cover of these regions. The hetero-
geneous basement of the region is dissected by deep-seated faults and block faults
into large blocks and linear fold-block systems. Geosynclinal developments of
the Karatauand Nuratau regions are related to the Hercynain cycle.' The accumu-
lation in southern Kazakhstan of sediments forming the intermediate structural
.layer took plac'e during the Middle and Upper Paleozoic and the Lower Mesozoic.
The degree of'dislocation and metamorphism of this layer decreases upward and
with'the distance from the Hercynian layer. The lower boundary of the inter-
mediate structural layer is tentatively taken as the Middle and Upper Devonian
Cora 112.

-XCC-~I~.-ii60304 5 2
while the upper boundary is in.the Middle Jurassic. An analysis is made of four
large regions of accumulation of major series of the intermediate structural
layer. The Kokpansor-Tesbulak layer has a Dzherkazgan-type cross section. The
Syzak-Muyunkum region has a relatively minor sedimentary layer in the Lower
Carboniferous and large Permian salt beds with thickness increasing east to 300 m
and more. The-Arys region. is characterized by considerable upper Devonian-
Carboniferous sediments related to the transgression of the Central-Asiatic basin.
The Dekantash region has primarily terrigenous and terrigenoeffusive -formations.
The structural regionalization of the Mesozoic-Cenozoic sedimentary layer and the
study of central Syr-Darya depressions in which the most stable sedimentation took
place make it possible to consider them as probable oil and gas bearing layers.
Orig. art. has: 1 figure.
SUB CODE: OB/ SUBM DATE: non.e/
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ACC NRi AR6024837 SOURCE COM UR/0169/66/000/0041GO03/GO04
AU-111OR: Bckzhanov, G. R. ; Brodavoy, V. V. ; Col'dahmidt, V. 1. ; Zhivoderov, A. a.
Zlavdinov, L. Z. ; Ivanov, 0. D. ; KlAhin , I. N. ; Kolmogorov, Yu. A. ; Bachin, A. P.
Kot~arov, V. M. ; Kuz'min, Yu. 1. ; Kilinova, H. V. I Kunint H. Ya. ; Lyubetskiy, V. G.
Helent'yev, M. I.; Morazov, H. D.; Tret'yakov, V. G.'; 4a, T. V.; Tsaregradakiy,
V. A.; Eydlin, R. A.
TITLE: A schematic geophysical map of Kazakhstan
SOURCEt Ref. zh. Geofizika, Abo. 4G17
REF SOURCet Sb. Geol. ratul'taty prikI. geofiz. Goofit. tooled. stroyeniya Sevin.
kory. H., Nedra, 1965, 142-154
TOPIC TAGS: geologic survey, geologic prospecting, map
ABSTRACTz Regional geophysical surveys are conducted in Kazakhstan to divide the
territory into tectonic regions, to study its plutonic structure, and to solve some
problems of geophysical mapping. The results of these ourveys will make it possible
to establish structural belts and regions in which minerals are likely to be found.
The basic material will be obtained from investigations of the magnetic and gravita-
tional fields in combination with seismic studies. In the magnetic and gravitational
fields, tectonic and plutonic sea= are isolated which correspond to terraces in the

AR6024837
Mohorovicic discontinuity. Hethods of regional geophysics are used to study the plu-
tonic structure of a folded bass, the structure and thickness of sedimentary sheaths,
and to indicate prospectivi petroleum bearing upliftse *[Translation of abstract)
H. Speranakiy
SUB CODat 08
Card 212

AccEssim; uR.- AP3007869 S/0197/63/000/008/0057/0062
.kUTIiORS, 'Kuninp P.; Taksar, L; Shilter0p Hit; Shilt8r. F.
TITTLE: ()a energy spectra aAd Oaci.1140r forces in Bi'410 valence atoms
SOUM: All LatSSR* lievestiYa" no. 8, 1963s 57-&
TOPIC UIS: ShAdingir equation,, single valence atom, potential field,, neutral
aton, odium Atom., potassium atom
single cl=ge ions lithium atom, s
ABSTRACT: The Shrkinjer equation has:been solved for single-valence atoms in two
effective potential fields given by
2r'
where B 1 for n~utral.atoms, B 2 for single-charge ions, ate., wA by a second,
more complicatedj one given by
U= -2t*--4ar+ s (s4-1 I b
(2)
2r2(r+b)
Cord 1/2

ACCESSION NR: AF~007869
A closed form solution is obtained for (1) and a three-term recurrence fomula, i
roprosented by a series., for (2). Dotpiled numerical computations on an eloctronia'.
Puter are obtained for lithium
c
onr .1 sodiumj, and potasaium atoms and in isooloctron
.series of lithium, The various parameters appearing in the equations for various
energy levels are, deterndnod from expeFimental 'data. All computations were per-
Aormed on the BESM-2 Ws*computer at Latviyski,~ gosudarstvennogo universitet IM.
P. Stuel-ad (L4tvian' State University)* Orig,, 4rt. hasi 12 formulas ar;d 1 table.,
ASSOC=710N; none
SUMVE).- 26Dec62 DATE AGQt 220ct63 MCL: 00
SUB CME: PH N0,RV SOVI 003 OTHER& 000
Cwd 2/2

KUNIN, P.; TAKSAR, I.; SHILTER, E. [Silters, E.]
Effective potential method for determining the sodium
atom. Izv. AN Latv. SM no.10:49-53 163. (MIRA 17:1)

ZAPOLI, B.;.~IN, P.; TAKSAR, I.; TSIRULE, Z. [Cirule, Z.1
Effective potential method for calculating the energy
spectrum and wave functions of univalent atoms. Izv. AN
Latv. SSR no.10:54-56 163. (MIRA 17:1)

DALISKIY, A.!!., kand. tekhn. nauk, red.; 041i'lli, P.A., inzh., red.
[Me tit Iworking by cutting and profj.,mro] Obrabotl-a matallov
rozaniem i davleniom. Eoskva) Mashinostroenio, 1965.
138 P. is-.9)

KASIIEPAVA, Moisey YakovIevich; ACHERKAN, N.S., prof... dolctor tekhn. nauko
retsenzent; KUNIN, P.A.., inzh... red.; CHMIOVA, Z.I., tekbn. red.
[Modern jig boring machines] Sovremennye koordinatno-rastochrqe
stanki. Moskva, Maohgiz, 1961. 279 p. (14IRA 14:10)
(Drilling and boring machinery)

FRLT14IN,Yu.I.;LUKASHEVICH,G.Yo.,inzh.,reteenzent, KUND
j,P.A.,inzh.,red.;
T-PIAROVA A. F. , tekhn. red.
(High-production thread-generating tools] Vysokoproizvoditell-
nyi rezlboobrazuiushchii instrument. Moskva, Mashgiz, 1963.
162 p, (MIRA 16:6)
(ScriW cutting) (Screw-thread rolling)

PER, Abram Grigorlyevich; KHRULIKOV, V.A., kand. takkn.nauk, retsenzent;
KUNIN P A , inzh., red.; STEPANOVA, A.A., red. izd-va;
i6~i ~'A:Ya!., tekhn. red.
(Diamond and fine machining in the manufacture of instrumental
klmaznaia i tonkaia obrabotka v priboroatroenii. Moskva,
Oborongiz, 1963. 186 p. (MIRA 16:4)
(Metal cutting) (Instrument manufacture)

RAUZIN, Ya.R., doktor tekhn. nauk; P;-inimal uohastiye SPEKTOR, A.G.p
kand. telr-hn.nauk; SHEYIN, A.S., kand. tekhn.nauk,, retsenzent;
KUN.IN P A inzh., red.; MODEL', B.I., tekhri, red.
(Heat treatment of chromium steel; for bearings and tools]
Termicheskaia obrabotka khromistoi stali; d!J-a podshipnikov
i instnimentov. Izd.2., perer. i dop. Moskvit, Mashgiz, 1963.
383 p. (MIRA 16:8)
(Chromium steel-Heat treatment)

DANILEVSKIY, Vladimir Viktorovich; GAVRILOV, A.11., prof., doktor
tekhn. nauk, retsenzent; KHOLDI, V.A.; inzh., retsenzent;
KUNIN, P.A.~ rad.; VARGANOVA, A.N., red.izd-va; MIURASHOVA,
red..
[Technology of the manufacture of machinery; general course)
Tekbnologiia mashinostroeniia; obshchii kurs. Moskva,
Vysshaia shkola, 1963. 505 P. (MIRA 17:2)

ZAMALIN, Yu.S.; DITISHITS, Ye.S., in--h., retsenzent; OUN', P.A.,
inzh... red.
[Drilling holes in paAs of machinery housines] Rasta-
chivanie korpusnykh detalei. Moskva, Izd-vo "Mashino- 1,-
stroenie," 1964. 109 P. (VIRA 17:6)

BAIYURA, P.G.; KATSEV, P.G.0 kand. tekhn. nauk, rot-mizent;
KUNINI P.A., inzh.j red.
[Broaching of grooves] Protiagivanie pazov. Moskva, Ma-
shinostroenie., 1964. 170 p. (MIltk 18-3)

KHi"ISITICIfy dotri., kand. tokhr.. nauk; ri-AIGLYAK, L.A.,
i~~ 1) t- - -(,,d.
retBenzojjt , i ii inzh. , i
(Autowition of the manufacture of u4tal-outting tools)
Avtoynatizatsiin iristrumentallnogo proizvodstva. Moskva,
Xashinostroonio, 1964. 215 P. (FURA 17:10)

CHEWIMSELM, G.N., kand. teklin. nauk, dots. (deceased] ;YARKOV, A.M.,
inzh., retsenzon~t; KUM, P.A., inzh., red.
[Fundamentals of an efficient use of automatic and semi-
automatic lathes; machinipg ring and bunhing type parts]
Osnovy ratsionallnogo iopollzovaniia tokarnykh avtomatov
i poluavtomatov; obrabotka detalei tipa kolets i vtulok.
Vaoskw, Izd-vo IT'lashinostroenie," 1964. 214 P.
(14IRA 17:7)

SEMKO, M.F., prof.; BASKAKOV, I.G., kand. tekhn. nauk; LHOZITZHIE,
V.I., inzh.i KAUX-R, V.A., kand. tekhn. nauk-; RUDINEN, L.V.,
kand. tekhn. naukp retsenzent; OWL, P.A.) inzh,, red,
- ----- ''
(Machining plastics; milling] 14ekhanicheskaia obrabotka
plastmass; frezerovanie. Moskva$, Mas-hinostroenie, 1965.
131 p. (MIRA 18:3)

BROMBERG, B.M.; DASHEVSKIY, T.B.; LANBON, E.A.; LWIAUJI, V.K.;
MIKMEV, Yu.Ye., inzh., retsenzent; KUNIII, P.A., inzh.,
red.
[Diamond boring machines; their design and adjustment]
Almazno-rastochnye stanki; konstruktsii i naladki. Mo-
skva, Mashinostroenie, 1965. 243 p. (MIRA 18:8)

YEGOPIOV, 11-2khail legorovle!np dektor t--Yhr). nwuY,. prof., DMAITIYEV,
Vladim-Ir lvarjov~',-hi. ka,,Ld. tckhri.nauk, dot::.; Tl."Fll, Sorgay
llidtrlyevic~-h., hand. taklm. naulk, dotn.(dv-coaz3od' ; 1,1411PIMFIr
Vitaliy Llvovioh, kand. naiik. doti,; VLADZIYEVSKIY,
A.P., doktor tekhn. naukl~ prof.., rots-onzent, KUNINP.A.,
inzb., red.
ll.'Tef-11110-1~g"i Cf Tril.-hinery Teklinologila mashino-
strotiniia. Vy,,,,rh;-iia -Ot'-6. 589 P.
(Fill(A 18:8)

KUNITI P. A.
International Unit System in the literature on mac-Jner~,,.
Standartizatsila 29 no.10:47-1,9 0 165.
(KIPA 18:12)

1. KUNIN' P. YE.; TAKSAR;, L M.
20 USSR 600
4, Quantum Theory
7. passage of a particle with j spin theough a potential barrier in scalar
interaction, Latv. PSR Zin Akad Vestis, No* 10j, 1951.
9. Monthly List of Russian Accessions,, Library of Congress, April 1953, Uncl.

1. KUYIN, P. YE.; TAKSARY 10 M.-- -
2. USSR 600
h. Quantum Theory
7. Presence of stable states in a particle with j spin in a central field with a
pole of high order., Latv. PSV Zin Akad Vestis,, No. 11, 1951.
9. Monthly List of RuBsian Accessions, Library of Congress, April 1953p Uncl.

1. T~fimf'- i. Y-r.-I TAY,%Mj T. M.
2. USSR 600
4. Particles
7. Behavior of a particle in a central field with a pole of high order, Latv. PSCR.
Zin. Akad. Vestisp No. Up 1951,
9. Monthl List of Russian Accessions, Library of Congress, April - 1953, Uncl.

KUNIN, P.
Calculation of relativistic effects of prot6n-proton scattering. Iatv.
FSR Zin.Akad.Vgetis no-Z:121-135 '52. (W-RA 6:6)
(A-lectric discharges) (Protons)

KUN 1N, P.
i~~-,frzfwi &~Z-
Proton-proton scattering in P-states. Lutv. PSR Zin.Akad.Vistis no.4;101-
lo6 152. MRA, 6:7)
1. Latviyakiy gosudaretvannyy universitet. (Protons) (I;biantum theory)

KtA 41AJ 1 '0 Y6 .
6SR/Theoretical Physics - Quantum Field Theory B-6
Abst Journal : Roforat Zhur ~ Fizika, No 12, 1956, 33799
Author : Kunin, P. Ye., Taksar, I. M.
Institution None
Title Nucleon Interaction with Allowance for Isobar States
Original
Periodical Latvijas PSR zinatnu akademijas Vestis, 1956, No 2, 105-115.
Abstract Nucleon interaction is considexwd with allowances for the isobar
state of the nucleon, which is treated from the point of view of
the semiphenomenological theory of 1. E. Tamm and others (Referat
Zhur - Fizika, 1955, 13184). The state of a system consisting
of 2 nucleons is described by a wave function, which has many
components, so that one or both nucleons can be in the isobar state.
A system of integral equations of the covariant type is obtained
Card 1/2

USSR/Theoretical Physics - Quentum Field Theory B-6
Abst Journal : Referat Zhur - Yizi~a, No 12, 1958, 33799
for the components of the wave function. Next, one ignores in this
system of equations those components which vanish in the absence of
a field. Inasmuch as the interaction with the isobar can be con-
sidered small, these components yield correction for the next ap-
proximation of the perturbation theory. A transition is then ef-
fected from 4-dimensional functions to 3-dimensiouftl ones for which
a system of 36 integral equations of the Tamm-Dancoff type with
36 unknown functions is formulated. This system can be applied to
processes in which the nucleons are both in free as well as in
bound states.
Card 2/2

AUTHOR KUMN, F.E., TAKAR, I.M., PA - 2962
TITLE Sone Relativistic Fecularities of the Behavior of the Particles with
t;pin 1/2.
(Nekotoryye relyativistikiye osobennosti povedeniya. chastits so spi-
nom 1/2 - Russian)
YERIODICAL Zhurnal k;k3perim.i Tooret. Fizild, 1957, Vol 32, Nr 3,
Pp 5o6-5o9, (U-b-b.R.)
Received 6A957 Reviewed 7/1957
A&AUCT In the case of scalar interaction the potential of the interaction bet-
ween the particle and the field is invariant, whilat in the case of el-
ectrostatic (vectorial) in4oraction the potential consists of tile fourth
component of a fourdimensional vector. Therefore the DIRAC equations
which describe the behavior of a particle with spin 112 in the scalar
field, have the following form,, a +
+ a2ay "3raz-)+ 53(k'0 + U~-T -C)
Here E denotes the total energy of the particle, Eo - its rest energy,
U - the potential energy of the particle in the scalar field, aj,a2,a3,
and ~, - DIRAC matrices. FUNICK'S constant and the velocity of light
are re put equal to 1. The authors here examine the onedimensional mo-
tion of the particle in the direction of the Ox-axis in -~ field, which
represents a straight potential. barrier of the form U=O(x 0)
here also the solution of the SCIZODINGER equation is set up in the form
Cara ~/2 of the plane waves*W4 - aieiPx + bie-iPjx(x~O), i - cieiW(x'-O), ard by
J.L .11*

:Jome itelativiatic Pecularities of the, Behavior FA - 2962
of the Pirticles with bpin 1/2.
means of this ansatz the following relations aro obtained
-1E + Uo)n. With t h;O+Uo the reflection coefficient is qual to 1.
k 0
There is no passage of particles through a sufficiently hitn barrier
(and no YJLIN$b paradox) in thu case of scalar interaction. But also in
the case of pseudo3cwlar interaction there is a paradoxical phenomenon,
the particle is also not able to penetrate into a sufficiently deep llyrcjUll.
These results do not only apply to an even, but also to a f'smoothad" r)ar-
rier. In Lha case U(x) & V(l+a-"), V - const the exact solution for DI-
RAC'o equatiow can be found by means of hypergeometric functions. Also for
the reflection coefficient an explicit expression is given. In a sc~ilar
centrally symmetric field with the potential energy U - a/rn the particle
does not tend in the direction of the attracting center. This pho"omen is
not a quantum effect but it occurs also In the clas3ical relativistic
theory. (No 111.).
~.3SOGIATION Latvian 8tate University, Fhy31Cal Institute of the Academy of bcience
of the Latvian jbR.
Ml?;'~LNITLD 31
6UBMITTa 7.1.1956.
AVAILABLE Library of uongress.
Card 2/2

L 01h65-66
ACCESSION NR: AP5016658 UR/0382/65/000/002/0101/0110
538.4+621.689 :5~1
AUTHOR: Valdmanis, Ya. Ya.; Kunin, P. Ye.; Mikel'son, Yu. Ya.; Taksar, 1.
TITLE: Conducting slab in a traveling electromagnetic field.of a two-sided in-w
ductor -7/' f f,
SOURCE: Magnitnaya gidrodinamika, no. 2, 1965, 101-110
TOPIC TAGS: NHD, electromagnetic field, current density, magnetic induction
ABSTRACT: Theoretical study of current density and magnetic induction in a slab
with conductivity a and permeability po is reported. The slab is placed between
linear round conductors; the slab and conductors are between regions characterized
by infinite pemeabiiity. These are denoted as regions I, II,,_j-7_in_fig.-l-oVthe
Enclosure. The conductors MV connected to-
-three- nerator. ~The~solutfonfor viagnitie-vector-potential and current den-
sity, tained by -writing' out --boih as -infinite - series -and-appropriate boundary
condi 16 are applied. The resulting magnetic induction (and current density) the
Card 1/3

L 01h68-66
ACCESSION NR APS016 658
lead to the expression for the magnetic force density components along and across
the conducting slab. The conditions for minimizing the effects of various harmo-
nics. on the magnetic force density are given as well as its dependance on the skin i
depth in the slab and separation of conductors from -the slab.. Change in force den-1
sity is also considered when N conductors are connected to a given phase. The dif-I
ferences between the two cases are pointed out and it is noted that only a small
increase in force density can be achieved. rinally, two more cases are considered
,where the current-carrying round conductors are replaced'by flat plates with and
without separation between them. The average force density is computed to within
0.1%. Orig. art. has: 46 fomulas, 4 figures.
ASSOCIATION: none
SUBMITTED: OlOct64 ENCL: 01 SUB CODE: EM,
NO REr sov: 002 OTHER: 000
Card
7=

~i!CESSION NR: APS016658 ENCLOSURE: 01
Fig. 1.
I_-Infinite conducting-slab with
0 0 0 0 0 4) 0 0 0 0 0 0
2r conductivity
and permeability
LC-OD
a
--Region with conductivity
0 and p
rM
III--Pegion with v= and a 0
A's. 0.'o 0 0 0 0. 0 0 0 0- 0 0 0
77

Study of electrical loads. Trudy LIN no-51:109-121 164-
(MIRA 18:11)

KEJNIN Samuil Karpovich; ZOTOV, V.A.. rodaktor; PITROVA, M.D., tekhniche-
(Problems of pre-school hygienel Voprosy doshkolnoi gigieny. Mo-
skva, Goo. uchobno-pedagog.izd-vo Hinisteretva proaveshcheniia
nsm, 1954. 212 p. (MLRA 8:5)
(Children--Care and hygiene)

KUNIN. Sumil Karpovich- DANILOVA, M.P., red.; XRM, I.G., tekha.red.
(Preschool hygiene] Doahkoltnaia gigiena, Ind,2. Moskva,
Goo.uchabno-pedagog.10-vo X-va proav. RVSR, 1938. 205 P.
(MIRA 12:3)
(CHILDREN--CARE AND HYGIENE)

S.K., dotoent
-----,~Tjrgent problems in the hygiene of preschool education. Gig.
i oan. 24 no.7:31-37 J1 159. (14M 12: 9)
1. Iz kafedry fizicheBkogo vospitaniya i ahkollnoy gigiyeny
Leningrimlelcogo pedagogicheskogo instituta ineni A.I.Gertsena.
(UCHOOL HULT11
Nvg;)3robleme of preachool oduc. facilitIoB
(RU

MUN, S.K., dotsent; KRIVITSKAYA, EJ., dotsent
Physiological and bygienic 'evaluation of various forms of artificial
illumiration in classrooms. Gig. i san. 26 no-4:32-36 Ap 161.
NIRA .15; 5
1. Iz kafedry toorii i metodiki fizicheskogo vospitaniya i shkollnoy
gigiyeny Leningrads',ogo pedagogicheskogo instituta imeni A.I.Gertdem .
I
tSCHOOLHOUSES-LIGHTING)

MITROFANOV, V.P.; KUNOV,,,. _red.; POTIKAIDVA, G.M., tekhn. red.
(Life-giving waters of the Kuban; construation of the
Kuban-Kalaus Irrigation and Water Suppli System) Zhivitell-
nye vody Kubani,- o-stroitellstve Kuban'-Kalausskoi obvod-
nitellno-orositallnoi sistemy. Charkesak, Karachaevo-
C4erkesskoe knizhnoe izd-vo, 1962. 39 p. (MM 16:4)
(Kuban-Water supply)

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A Yield of 5% IICN is obtaitwtl at a lov-1atiduct. At-
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00 in the oxidatim of S(h depends up(m the mattliall
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X A~'AWAWCOWA (JAMM. Ind7jull-I-C U
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00
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is tbon ad". in
grA Ow pvoduA d
at 4r. &W,*duvf is, tmbV granulabip awl
o" non-b : It ow*aim SWM%B" P104 51 -M,
N ( mx-~.
as um " NHO W&-13%, and trat" of
R. T.
foils
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W-'~A
of A
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001
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0
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1937
771
P,- 7-~
flow 4001059
woom .6 tonso "At cov dot out" off OAlli" ORV M
u a AV so a r9, 11 & 9 1 #A L I I ow 0 0 If I w V 6 d3 4 3 6 V
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Ind
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rm.
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00

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slow
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u 0 IV to All,, 17 6p s If 04a 0 a
0 000010 41 Sooo 0 o
10 4 0 0 0 0 a o 0 0 0 0 0 1~1
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i-ei 0-ii if ii ii So i ifoii a a. a ism v - . -
a 1 4 7 6 1 m if 1) 11 is it If if Is 'v 11 12 J) A b It 27 x N JP it 11 1) 34--n-
N (A 9V t(4* 1_s
a if I T - 9 Y
1-ttisis 1.1~ to -1 11 1
Increm jinductlem capacity of lumacea for the
amplons =fion, Pirilm. % . F. I'll'IfilWy Ali') 1 1
KUM", 'KhOOPI, '11, iliplil'ift(wili, 1938, """, .1, 1 1.1.
00 r KAW. Reffral, zhmr~ 1, Nw 11 U" XP PGA). I if,
rIPIL-1. hbn%td (list the Smitwily lit fit,' mlivIlIllif M Ifil
dotatkift Ilyf1tv vait N- ifirmimil I-v rethicitiK ill,- tmiq ft,-m
If WC. 110f ImIlirriml I-YrifrI to 1, kv.. And thr jut.hwtum
Or furlu". firmll -11, 1" 1,01 I"ll., III,
Ilytill
A wifivel. havlolt Thr '41111
ill th-e Rue jah i4 jll~'! . 'I ?w muip, 4-11 lit, Itirtia- mu% I. I. It
124M)" which is 'I Ill- 1111i'l lit
go Vt-tifik-jl fly OltNt' VXjj'ljNi% #'Ijlt. I'% Ill I ij%%4jIjJ%bVIl?;AllI~A so
0 uppik-allims. COMMI Imill , lift- I'Mam"I whril I b'. lbillmil
oil ill I)tVIlLatell Ill ;4IkO' 4111if Wilt 11 if j% 114- tj lit ill ,1111
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Flecwysls of Aquallus bolullobs of mulfurvils mild
1. Kunin, V. 11. I'd.tinkliv dild P. 1, D, On firv's I
7711 KI(m 11irricli 7h~.)
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r. d, 0.1 amp.1ml, rm., 2W. The V), rittpw mav lo
*atictividtly, Il, ricomilct are tiwd
(411nif rllivirticv 1. alk-of 10' A A h-le-m

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caftimt pamuft V. F. po"Wilow MA T. I.
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-
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of 80~ ba" bm MMOWW at 170&W 4r. F4 t
ft6awy of 0% ffm axis saw ism MCA prMlVame
mlvmt mom to to a I : I
ut
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(
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",a
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9 1
A%b ILA ftIAL%bl:',KAL LIMAYW9 CLAIWOCAM*
4w
u %
tPPOPOllad units 4611c4 if RZO; ;11:
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Iser"SiAs the city of fur"Ces rwcitlz C~L!Ciuno
OStnikov and T. 1, viurt
I .....

0
t .
.
Tnk. ITUMOM (U. S. H. R,) 117
-
ngo

I 26.-Sovrnd tiectrodes can be uwtj in cylindrical furnavt I
for C&CNI productian. nir nj(rijjijAjj(jn pctj(Kj cull ix,
Atirtened apprrctatAy if 3 Orcifodrs sic u%rd, roe
if thne(%$ ctitilpairrd With the little tcqtiifr,i With I Tlerl tMv

04
0 iklirprox, 111.11% with 3 ri"-frodra sand api-fos.
w 4. The htAt "tices caled
for luittax
s
ith I
I

0 .
e
w
tit
clectrodes do ittit repreftut the true Urat OXinie. owing it,
the abarrAt tit amrsic data for the beat tif rraction tit 0 0
0031 CaC, + Na, the brat capacity of CACNI, c1c. Probably
rscessive temp. at any point of the charge in ful-nares with
4 clectrod" is avoiAkd
Five r
f
W
.
r
ermcs.
, R. W
inip*
(so*
11500

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147
ALLURGICAL LITIERAIURt CLAUVICATIC" Clog
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040 s
09,3
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rrrrrTr 171ZTT
_Jl J, a K
Investipt!"s of the tactims of ro"alte, V. F.
Pusinikov and T._L-XwmJm~- Ttaxx. Init. Chrm. 7'efh.
(U. S. S. R.) MO, No. C. A - 35,
-I)II
W. R. lit
A *kIALIW!GKAL 11110AILAt CLASSIFICATiOR
f4s"I'l -01 f.. eat
lit$, two 4., is
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v ~
If the lictim of Zn t ust on NallSO, in the
00 .4y. liclik. The 1W,,t Its"lls WvfC 1,11141f
'
1
,7r Nttk(h at N
'y redticlud NallSOt In Oft PIC-19T 44 1
An tuvois of &q. HCHO retards the reaction Withotit in-
intr1hunism is prop-d'.
in
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of 0

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MATALLU*r
JCAL LIMANIC CLAMPICATMO
;it tic- ma"I'V4,
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lt Wil 34IS UP 16"t 4
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I, ,1. , --, - -

0:
d I
0
The rate of burning of flotation pyrites. To. I. Kunin, 1. 3 Lapohm
0 and 0. D. Sirotkin. J. Chem. Ind. (Us B. S. R.t 1
7. 4 504940).-
No. 1. 9-
The rate of burling Incromen with to ma. At 11000. 97-T% of the S to
a burned In 0.9 1.0 sec. H. M. Leicester
Ar

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let 0

X00

09

LITURATURIF CLA111IRKATION
A SINTALIVItSKIII
I I
,
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00
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$0
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00
I-Ir
of afirm. T, 1. guair, and I. P~ Kifid(
J. Atpliod Chtm. (US.S.It 115-18(1944)(Unglist
-Tbe effeets of temp. anil compu. on tbt vit-
= mr).~tmyc% was detd. in file mmgc of 63 WIP ill-sol
and 0-5-4.00,0' NsOa. Variottian,,[ vL-t~ItY With tM111). 4
OUT 1~ty Of nitrow. Thr firs-ult. atc giv 11 ill graplik-al
th ;. . c
forill.
A S a -L A61 TALLO'LW.L LMASTUFf CLASutscAllcm
It It K a et tc cw
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110.
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-00
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%00
rib 0

W-. 0
bell
00 e
set
60,3
000
* I
Oxidsticim of sulfur dioxido by nitrose In sulfuric AcW.
Chriol.-Tob. lost.). Ahim. Pro-,.
N.. 12. 14-0. OkLi4ilim 4 141, by iiitrI_- %.%,
'tililk-411 Its ll'mhal diff,frul trillps
.1 diff"ent % atiAr 4NMI I tl~ v'" tach
tertil'. thrr,, 6 a valur Ul`*%""."'ik IsmCn, In like nittf~
MIA% 11,50.) btlaw which Sth wAs nru nsiIlmml. Fm
150, this crit. Comm, (A NIG, was And for =)- it W4,
4 A4 itorcctirm. of 's'lo, rj-al%jjv lit, t-lit, vjjij,jj,,
v0mvily III live 24. -100AT4 III, lWalkId vft~ t - thr t414
afr*xtilioll. Pit, frualval If N.O. ilmil itir ... ou'l. 1160.
1,090-e -An. by lm~sinjt N. N I- SA),, ais j %,11,,
'"It PA-1119 1"IY 9-41 wu Irsted lit Z.W. thlbMing N
-lilt tHtl th"Vz- tht' NA), et"llorit loel,rw K.M,. Air ,I N
1A)LOO 10SWICt 'Allh tW), thr NP, I-, IV . I I,,:
V.& 44 N o1wro 11"1 11) the 41111. jt~r 11001 jot.lowl ~4. 1,..*
ll*S(% I'llif-e Own wilh imliti.ty nll#,~,
lit. flotwh
CL -A-tl*Khtl.to
Suv .41I.A
%*11asi .&I off #U411 IW491
. I F q - a a F If rw a 0 1 Is Or S
1-2 A~oo is to 0 it OFAC agi "a Riin lit! KLD a 1 14 3 9 T
1~ : 0 0 : * 0 0 0 * 0 0 a 0 0 0'0
ISO 0 0 0 0 0 0 0 0 0 00 0000000
0 0 0 &10 0 9 0 a 0 0 * 0 0 0 0 0 - - " *to-A 9A.0 0 0 6 *_* 0 6 0 0 0 0 4b 0 1
.00
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40*
zoo
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11190i
1900

&zl T T T T T 'F T T Z ri '; 117; `V, w` I)
A t 11 , ? , 4 it _ I 191-f 1-1.1 4-Ah 1111k, IM cp It I
-`ITT Ill _c it
k'aptcl
LI:nJU and lemPtirstsu"S of tosion of hydroSim- PhAill" al(Ofrthet; 110"CM. 'Rith 11, '"1'l CIA So high as,
chipCirIp mixtures in hydrpl. Wd.. I cacti- tirill-i-I dix., (-M-11t tl-tti of J(ff; c (6)
W t/r*I1Iyl1k,,V Whruk. 1, ft 111114. loll., lybillov), J In 11, 4- Cf. + Ilcl -t- (h, equiv. It, Cf,. lirewncrIVre.
G^. Ckew. W..N N R.) 16. 1421 3Dj 11146)fill Rill-,WO, %Ulf% ill A 10AV11111 ill tile lower lisilits f,w It# Slid cf" 0 *.so
PIPI(fti 'IM11) wvornri riplumvr when Ch I.
cluill'o lifilits varic l1rid. %ith the AW tif a . lowvF4.11 And 11, I,ii%t. I
T1W ral~41, r%alliplP. IICI, Ih, Cf,. ('l,; 71), .4. 14. 2. 11, 13, .10
V., 10-111111, slutok q1twhAttr fur I Sec.
00 truill. litutt- - de'(d. With & Pt *jKfal better OVIllp. Up 1.3,3; 71. ;2, 1:11, A---_ are rNOW11T. Illowem, At tbt
1 in uANI-1, ill cylin'tricki St.%.$ vr-orl. M 4 ern. lAttef I'm Cf,, e%ph.~ 1A,% 1.1my oilly ill ANOnt 4o", ot
4
1111111 diAm., in tjt~ ot4tk. R"tdt~ Are materi4ily afloct"A Isr- it, it IXV( m-urely repTtOticil-le Mly with -o*
00 It Nvtta. a, tile fitec of tailkitic (A ilaors prior to expla. I"';, 0~- If. Pt ti,trA hv~trr, (1) In 11, +
=. filk 111), offspalks. Slid thr fair. Ed hfaticig 44 tile I't Cf,. If", lower wid mqwf littul- for It, are ohil" ft-lataw
spiral; heluT, t jr lAtil, are vistlit noly for the specific pro- to ttw Ili sihick diwhitrge, Irmn 6.6 to 7#17o Solt frool I' see
00 j cedure u%rd, I. In spArk dilwhilixt. (1) In Its + Cf,, I H7.A (I Me"; ; undi-r 7 still over MA"; Ih, (here is it* ti.
the rapil"jV'r rwillm. tatlicr waq fcound to Irr ll(wriewhAt 0-in" evc1l at UNW, Nroi tilt lowirt Iiink, 7-IN-All, -so
lrte~kr Own an catMig to Msulrijry WA, $1, 32AII), thr lilt truip. iltir.b4f. ( .,f r%pj.~j,~jj arv fl,,jr, 3N1 1%)
sea 14mer litilit for 11, 1. Ing u6no h.hC.. for Cf. alwAit 14" falfills lim-fly itill, in,ms~jlljl It
(2) Ill Ill f Ch t )[cf. at rquiv. I[Jcli the KS Mil"', If,, Nt 1101-. 1~11 I" R, 111114t 11W bl"JI.
* I t Ch t- IM. equiv.
i: lower I.% is. is), :1~1. I - 310,1111), ;13o,3th). LKee
tzplmilm litnit lift at 14-1he; C11 CAK'h cotnp0nVkIt;*
i . if, 1. 6.3r., hencr,. Ill. f;jr 111,11, clivaillig be CIL.
with cuva% Cf,, the lower lienit for was
WrICTIM t4 I(CI does not after the explosive rAnge. there I'l-ioll, rAIIWr J11111hil% it; mixt.,- ualla H,-,, Cf, anA Ill. 11 -
Is no r%,k,!4v%Joo nixive M`; IICI , (8) In Ill + CIO + *3 " 11tafe (up ill All'i C1,14LAr only we*
116 1 "', I riply, III/Ch. them 1% tin Shift 44 compli, X'rll Cl, i. falwlj 1., 20"; w Ata. IICI.
Inalls up to N., tile inki, to estlJ041W dkwr Ill' If., 1, 4,%
No Its 11, + Cf. M."'.
CIO: no exp1mion above 70" + N V)I t.31 lit 11, f (1, 1 110 f It"Clo, 10411111111
N the &title hillits we valid W lit sent 0, *4 in the ab- tIW efft-vt of (h it tirt.: mixts. "usig. 1.91*~. Ill. lw';~ Ch. see
_lue to Nt. ib) In lit + CIO 4- fict + Cos C.qtliy. tv"Ittle tionciphKive mith I-fW; (4 Ilut eegain
flo/cir, ptearn-v 0.2`-;, Cf), rai" the lower iiinit to ii~~ with ovrr 101'r" (h. (lit the otticr hawl, I 1`~ 11, aud
"!.I ItIr" for vil,h monjumirril; Coo .131.1wTs" 111W, Cl. Cl, milt.. did r%ph.1, i1h 311";. Oil rafod ImAtino of
.14tal 4710' Ili 10 Ill.. %1M. I ell It" cf..
a at TA t Lvowest LITINATUOT CLAISVIC00" it -8
lilt 0
U n All -0 0
IS Aft, torwo li$PlvimoAl a 2 Is-,
I IV it SID T
o
0 0 4 0 0 0 0 0
6-0 9 & q & 0 a 6 0 0 0 o

00
0 SO 0,.h "vir, 49. 11, If. if), louri (1~1, 14, 11. lit, f"ll"
1.1, l" 4b, 'im., Oil" j',jW%pj.,fJvr
00 It"Jus' lis4titill- M NIOLIV 1110 OiIIIWAIM, 1,M. 11, 1
to Cis lx~xioft~ "ith it P I N'; k%jA,.ifmk
if, ASAIIII "ith lit' j If,, lit"' If., x'. lit vi.
00 I m Imillef ItIo"jw I it,., lifit'll"UY
66 to 47P; wrtth M`j. N'. rkill-I'M A -111-pli-I I"ll wt. In
I -m-Sits lit W, ; If. I IA,, I Off 4110% AITOV1111rd N, 6
00 uv%-l 151'1- (A) 111 11, 1, Cl. +I Icl + CO"WW" CO,
e0 tildwiffophialml at "s Of; this Illiat.
.ClIn-fivirly IIIIiIIA1441 by 11; c0f. Ow 21 + 21 unitt. is in-
i
00 billited by If)"' c4),; ;V3(IAvI% Will-mid"w1wd
00 -X(h 0 # 15 anti U 1. Ii
l
fi
1
:f
P
j

0 w 6.4- "m -VI-I
. Am lr~
f
il
I
d t
),, ~
I,
hill ith yind VIIIIII Ilatirs 111 1101 V41m4inlid 114-1 OtAllsirlliv
jilujit in sptyk.hWhAtEr imlialiml. 111 001.11 bf-Alills,
'fly It, + Of + 110 Itthas-: 0 -1. 1.5 + 70, ~A) 1. 21) +
W, and .111 + .10 + 40, l4otird t1twiphiaAw stiff vtivf~
air,] fly 1110- N. Th-

90
040
0 0 IS a 0 0 0 0 0 IS 411 0 4111 0 0 0 0 0 0 0 0 0 a 9 a 0 0 0 0 0 0
0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 a 0 0 0 0 0 0
00
04
09
00
00
00
so
00
00
00
so
a 0 0 0 0 0 0 0
0 a 0 0 0 4111 6 0 0

by
un ~ln an d V Ser6 i 1, 1- 0v
(Zlitnn,fA Cbsl cl~cl Y. I 117'
SC.: Jrurnal of (Icner, '2 ~-try

0:
0
Soo
0*9
00
0400
0043
001,
IT
00
OP I ~MIJVJMI' I *I.-. - - - ~ . - - - - - - - --
Inflame to( *ome factwe an the vincialty of Coacen.
Inted suft of Ums. T. 1. Kunin and V. P. ustww'kil
flonm Chrm.-TrchtW:"1AV'.*T.' f. Appiki Ciem.
(IJ,R-5,53 to. Rt4talatil.-TIct vii-
V, (11114*14MV) A C&(OI I 1,
web slistincliy bixtwf vicar" Ihv wat" was 4(14"1 In Aww
blep in the lw*ttrr arldni to Ow water IM% ubcrA states
w&: &Jtlnj by Pvtions, with %tirling after vach addta.,.
thi efird Is the more nwkrd the blither the Ca(010,
content. LeuVh of stirring after prelin. of the milk has
noeffect on 1. The loaW the milk Is allowed to stand.
. 3o min. and 4s hm.
the higher v. e.g.. 3V' . Sualvention
q - 2M and (KY7 centitiolses under 100 C./%q. cm.; the
varislirm is Very nearly linear. With I"Civa'Of face (It
finw. q Arctraw4, e.g.. Ca(0111) (IJIM-mrib w""I 30%.
th'. OAVI, 0.2.%R. O.W cc./Pec,, it - M, 167,123 venti.
Amrtural vimisity Is Inditleted by a convexity-
polvel. v
to the abscissas of some rate vs, premrt curves at to*
With 1-3 mm- capillaries, v was vtrr nearly
Ito the diam. of the "PillarY. Variation of
the roorn. of Ca(011), from 30.0 to 40.2", resulted in
sit incresar of q from IVA to 349-h Crolilsaiws, at 1,5*
*Ith 4M., %up.
u is AT
P 1, 0 a w (I IN J-1111 it 01
0 111 00 0 * 0 0 0 0 * 0 0 a 0
a -00 0 *.* 0 0 0 0 0 0 0 0 0 0 4 0
.. -,-- - - "D .
lm-~I "-ru under 141) X.,v
. 1. tin. qjcrp tiqc of v Mth
-Mit-jelir conen. firgim at almout t1w Cnj;4aCw
Nus"011- at 1-%'. 1141111. (4 cwilfaty 2.4 nmi,, J~ q (c,.ti.
1"1") - f"N'A" - V) "Ahvir x - `,, CO(Olth. A(x)vr
T - 42, the tuilk lwhav- wtv sit-urly 11&e
a "40. In
tMns of tesup.. br1wren 0 alitt :kv, q has a min, at
"'*- C-9-- Ca(011)3 IN01 'ne-111 at 0, 13. 306, 40U.
156.442-cend Fine.
neu of grain s a %trong rffivt, e.g., 4(1%
C , wpeusim
'If COMM, 2-IM-4114K), 41k9t-I0,(0). and paurd lbrmlth
frwfo'
0-
-90
.00
zoo
i 9
1,00
a ago
X Sth 0
00
UD a

ShAks va the Prodattim of ROOSAUU. 1. Thermal
01 RMS11116 61900" T I Kunio.
Y--Wil 7 ~
Z7W'P'7*1--f- KA4.. (J. Arkd C;~,,Yl
st,
Otm).:'Thr decornpil. prix ~t. of
211.0 (1) in sq. soln., namely NAsSOt(N&)I90#). Nso'VX.
and N*4. at well as the unchansed arightai 1. wm detd.
Ontbehasholanalyti-I
cal dAta, the ey") pr9cm in the deempu. cil a 30%1, som.
of I at 100". in a stream of No. 4-10 hn.. b 3N&H.9(h.-
11CHO - 2NalIS%-HCIl0 + 1111010 + NaHS. and
NOIS + 110110 - IICIIS + N&OH. 7U droompa. is
tormalat I of the cam t $I of the res"lon:
I I NallISCh.11010 ** Nei 9D# + It 110. (2) MOM%
2`tlal-140~ + N4113, (3) N&IIISOs + 1110110 0 Nall,
S(h.llcllo' (4) NAIIS + 111CHO + lip 0 H*CDIIBII + I
NaOll. (6) 2VOISO, + MHSO~ 2.14WAot + HA) -
,\*a,.SA + 21;aliS(h, (6) NWIS(h + NoOll - NavKh
+ IIA (7) 2.N&IIS - NAPS + HS, and (8) 2110110 +
160 - Mcoll + HCOA. 11st produe-ts evotain sho-
some Sint. Cd rarrcaptans. notletablo by their odor. In
the pre*a" of 11.9%. thederompri. Is consititrably faster,
and is accanipanied by abundant liberation of S. Tht
main v--wdons in this case are (1) ALS r-bove. W) NaRS01 I
~ 16S0. - NalISO, + li.%h,, W) 2111SOA - H&SA
~ HgO, &W (4') ilSA - If.0 + 9% + S. At
(be dtcomp". is accompartied by attwulant
4voWtim of HCHO. Fm The practica of Predactim of
t. thew data rucan Ow. in the mtwuan of NaltSo. to
I at 100', partial dftonilln. of the peodtict will remit
in air itimase of the alkali'lity. Ithich may stop Mtuction
of by Zn and 1"Ot In evolotion of It,. The
faivrible eff"t 4d air tkrr%s of HCHO in the woductim
of 1 1% due to I-Indwit -J %IkAli fly tive ]IGN11 for.,d,
Continuou% contrul of thr pit t~ ir%smtial in the ltrocluction
aft. It. Vobdty and tnecbsniamol Uwdoawpaw-
114d. 22, 199 rmirast to W Ortecimph. at
lot* and higher, where fnnnmim of MaOll triveltioe to an
inrfease a(the pit, The rrtriion At R)* aorl lowirr is arram.
pAnIvil by an increAw of the a6fity. The Initial pit of
15, 30~ And fflre OW"S. was 0,15-6.0, srA
H.1101-8.05.rr-p- Altv)*,ttiepildrppsmniW-TaL4ydur-
ing the Itil hr. of the dectarilm.. then levels off to a prac-
iwAlly *tationary vAlu,,; the s.mir, but withon Initial in-
crrAw of the fill, io Mixerv,d at I(X,)', The roopecutirr-
r~aclkjn Whelfte aermillills for the overall n-4clitm aq so*
aod lowvr, Is (1) ONall,4001010 vt + 6
licit(). 12~ 011CM) -4- :111,0 - WCOII + 311CChil,
(3) fiNallSOl - 4%*aliR), + 2NOIS. f4) 2.14M +
211COtill - '.'IIC(h.\a + 214S, overall a\aHS%.IIC-
110 + 311,0 - MMSO, + 211C(NINa + 214S +
MOW + WWII. At 130". the conwetctive fnetitsno
arc (1) ON&I19N.11CHO vt ON&RSO. + 6HCHO, (2)
GN%li'.A% - 4NxIISO, + VaIIS. (3) 4NWISO~ -
Na,SO, + 2SO, + VIA (4) 2N&HS - N&*S + H.S.
overall O.NZaIISO,.IICIIO - 2.'ZaSOj + XajS + 61fCnO
+ 2SU~ + I1.S + 2160. fit the ~rescncc of HS04. the
OVMII reaction cun tv written 2NaIIS%.HCIIO + If,-
SO. - Na*SO, + 21ICIIO + 2110 + SO, + S. In
agreement with the J~t wheme. the rate of dlecoattm. at

No* aud below 4rormases with Intread" VQrAVW R.C.. at
70" the degree of decompn. In 6 his. to I and bl for a 15
and W% soln., few., and at RV, resp.. 8 and 7.7%.
llm- rrvem is found at IOD* when, In 6 hm. the degrees
of decompa. of Is and 00% wim an 30 and 42%. rtsp..
and at 1100, when for 30 &M OD7~ solas., The dtcompn. is
Mandlj%jesp. pow the temp. range at and below 90'.
the rate of dermpa, is -de/d$ - At/(pit), where e -
conen. of 1; " can be integrated in the const.-pli sta-
tionary rmage, and gives, for 15, 3D. mA OVI, solm, the
Ist-ortler conxts. A - 0.043, OM. and 0.044 at 70'. and
-0,000, 0,067, and OM by,-# at ODO. The reaction
%chrme for 100' leads to -de/di - At (pit), with A .
0.(W7, 00M, and 0." be.-'. mp, At 1101, the
I st-order k h coast. only for a 3070 Wn., A - 0.12, but
rises AutocatalytbeWly with the progress of the reaction in
momconed.valas. Comparable rate coasts. for oil temp,.
are obtalartl in the form P - k/(pil) for the OD' range,
and V - k(PIO at 100% the values, for 16. 30. and DW -
solus., are, at 'jO*, 0.010. 0.0M, and O.W7; at 90'. 0.01-11.
0.010. *W 0.009; at 1001, 0.05, O.M. and 0.084 hr. - 1.
7'he varlatiorts of A' with the rant-n. ant In opposite dim-
tions at 70-W* and at JODI. .1;* Than

7 7 7 7
00 46P fh_ Oopt!k
004
00
00
-t!0Ntjwd IOMpft &AS T AOjfttv;N.. 1040. NiN 9. '00
at is Tepavocated
so
M 11116ft Oalbstie +Mt 11)~'Alh4*
UAKSO'C41 vuO
+'L +
+ fvn w "d W, The Tate dftmp. of oil.
00, WONUO" We smur ah" that of Cam- to"; at Iw saw a IV,
00 ibs At 00.19wor tmp. a* fage Of &CM1, in
it 11"Irc. 110, 'W'IZ-m ag pH at W m4 mvirf. 11w istability to
)IV 4*0
A040P. atow v1por"nomil as OWW 3 so
am% &
00 led. My*.. md Immill twm an dows"l. WEsimp. out#
00 .3 eman w9h W of pH m6 fiximatim of bluA imil. products. too
w H =I, I wNsprd is - nmabw dry afth little IJKGWP kv
00 thim. omww IN= jarm pvv a set jftocl~t sith MKII mo*
U IL UVAJWV.
goo
000
No*
zoo
r.. Z:
-TI p- Lwv Jet stiii,40'W'It 61AW am "V III
AV 10 As!,

CA
cd altrwa add" and a# water vapor
1. KunIn and N. A. Sugov tl%anav
0hrm. Tw*W. fiGO: 16r. Ptibiiul. KkjLW. j.
-Ak"Illed Cbro.) 23, -The following dAla
lvr the compet. of the nitrow (% IIwSOj as analyzed.
NO~ as analyzed, % Ilto hy the difference), anti the
cmespondins pramum (tam. lig) of NO + NO~ at 139.
159. 17.1, and 198': (118-0. 4.114. 7,93) 0.27, -. 1.00,
and 3.7.5; (10,9. 8.112. 7.:04) 0M. 1.46. 019. and 11.94;
184.3. M.Wj, 0.148) 4.11, 1 I,V, ZVO, and 3:1.14): (K1,4,
to.W. 70A) 27.6D. 42M, 61.8), and 112.2. Wltb the
Compn. of the system txpresard In % 11~SA),. NM. Au'l
140. Le. with lbr 11,S(X cows. of the arighul acid mi-
'ide-red coiLit. (92.6%). the system does not obey Henry 'a
law. If the compu. is rapresued as a soln. of IINSO, in
ll~SO#, in ternks of % lf~SO, IIN90j, and IftO, ix. with
tbe IljS0# canca. 4 the original aM falling, the partial
T
vapor pmsum of H.0 over these nitrous are equ I to the
tortial preown of HrO ov" the odgiual ackh. N. T.

cov
I
. r 14 Z Mmr"r. 1! ~- an ve
. ~01:ls = 11 1 Wal"
0
am. Chens. TechncA.). . APOW Chtm, U.S.S.R. 13.
13"2(lobo) (gnat. trandadoul.-Sm C.A. " 87Ma.
~t b. L. W