SCIENTIFIC ABSTRACT ARNOLD, I.V. - ARNOLD T. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102120007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

MONTSKO, Tlbor, (Pees, Rakocsi ut 80, Hungar7.); TIGYI, Andres,
(Pees,
Fakoczi ut 80, Hungary.); LRNQLD,--Iatv&n# (9ecs, Rakoczi ut 80,
Hungary.); TARJANI Jenot (Pecs# Rakoczi ut 800 Hungar7.)
The effect of the patathyroid on the changes of serum proteins.
Act& biol Hung 12 no.3:191-197 161.
1. Institute of Physiology and Biology, Medical University of
Pecs,
(Headt K. Lissak).

A11CLID, I.V1.
Ideale In komaitativen Halbqruppen. Matem. SB-, 36
(1929)p 401-408.
Kratkiy istoriko-bioernficheskiy spravochnik. V kn
Teoriya chisel. M.,
Uchpedgiz (1939), 248-253.
SO: Mathematics in the USSR, 1917-1947
edited by Kurosh, A. G.v
Markusheviohj A. K.p
Rashevskiy, P.K.
I.SDscow-Leningrad, 1948

L 30120-66
-Acc-Ml- .AT6020301 SOURCE CODE t HUI
AUTHOR: Arnold, Ka,--Arnolld, Ke.. Z/-
ORGt Institute for Geodesyo Potsdam (Goodatischos Institut).
TITIE: Now developments in the thopr"Of the geoid
Vr
SOURCEt Aeademiae scientiarum, hungaricaeo Acta technica, ve
52, no. 1-4, 1965~ 221-3
TOPIC TAM Earth gravity, geodany
ABSTRAM This article is tho twct of the authorlet lecture
aeliverod in Oct 1963,
In recent years the gooid theory utilizes non-roducod gravity
values taken at tho
surface of the Earthe These values are introduced into the
potential equation. By
also introducing the effects of certath fr6di--air anomlioalta
mathematical treatment
becomes possible# Sam recent dovelopmsntpj~;based main_3jy on
papers published by the
author, were discuBseds orip art& hisi Lpriga art* in Gorman_.7
fj'PRJS
SUB CODEs 08 SUBM DATEt none ORIG'PXFt 005 OMAEFt 001
Card

AXIOLD, K.
ConsiOleration concerning the leterminfttion of the
effect of defection of
41 4
sounding llae oa astronornical position deturmlaatloa;
Uso, remarks by
W. Hristow, and A. Tarczy-Hornoch. In Ger-man. p. -'~ 91.
ACTA TECHNICA. (1-51gyar Tudomanyos Akademia) Dadapest,
Hungary.
Vol. 23, 110. 113, 1959.
Youthly list of East hu:-opean Accousiloas LC, vol. 9,
ao. 1, Jim. 1900,
Uncl.

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ACC NRI AT6020300 SOURCS CODE:_ HU1250!+16'5- 1-_1010110V~0,
0
AUTHOM Arnold, X.-Arnolld, K.
+1
ORG: Institute for Goodosy, Potsdam (Goodatischos Institut)
d
TITLU: G:q_ ~etiq~point determination with the aid of
)~Itificial qatell-ite obsojj~at~ion
SOURM Acadordae sciontiarunhungaricao. Acts. toohnica, v, 52,
nos 1-2, 1965,103-120
TOPIC TAGSt photograpIV, goodesy, artificial satellite
observation
ABSTRACT: This article is the text of the author's lecture
delivered in Oct 1963-
The title subject was discussed in general,, It was pointed out
that Moro detailed
knowledge of the Earth's characteristics would also improve the
usefulness of Guch
observations; that observations involving one satellite only
have sovoral potential
sources of error; and that an inprovomont in photographic
toohniques, especially in
the area of taking pictures from-an angle, would contributo to
the accuracy and use-
fulness of geodetic point determination using satoUAto
observation techni
Orig. art. has: 6 fieuros and 11 formLlAss forig, art& in
Gernan.7 JPRS
SUB CODE: 08 / SUBM DATEt none
Card 1/1 il __~

-10638-66- -
ACC NR, AT003Z)jj SOURCE CODE: HU/2504/65/052/03-/0244/0249,
AUTHOR:--Arnbld. K~ (Potsdam)
ORG: none
TIME: Accuracy of the equation for the EEAyiMtric correction tem
SOURCE: Academia scientiarum hungaricaes Acts, technika, V. 52, no:
3-4, 1965, 244-249
TOPIC TAGS: geomagneti;-c disturbaxice, Wavier Stokes equation
ABSTRACT: The accuracy of the gravimetrical correction tem in the
equation used
i~ the Stokes equation 'for calculating the geoid undulations or
t~he disturbance
p(~Lential at the earth's surface from free-air anomalie8s or
the,deviations on the
earthts surface in the Venig-Meinesz equation,, was investigated.
It was shown that
the 'next iteration' has only a negligible influence on the
grayinetric correction
tem. Orig. art. has: 4 figures and 5 formulas. EJPRS: 34,6721
SUB CODE: 08,, 12 / SUBM DATE: 16Mar65 / CRIG REF: 007 / OTH REF: OM
LIS

AFU40LD.. Karoly
Some questions relating to the water and gas
conduits of
Hotel Szabadsag. Epuletgepeszet 11 no.4tl48-149 S
162.

I .. I
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K.V. ijIILYA--.-V-uV, I-1.1 OBRAISOV. ~b-V.
Forest Ecoloa
Animl world in steppe forestry, 1huch. vop. polerashch. les.
Wo. 1, 1951
Monthly List of Russian Accessions, Library of Congress.
July 1952. Unclassified.

IA -11 -.Vf - -- - - - - - - - - -
ATW- -.
Forest InsecLs
6
Forest-s'eppe origins and the character of the infiltration of
for.-s'u insr3cL-.s to siueppe
durini! affores:.aluion of the steppe. Zool. zhur. 32 No. 2, 1953.
9. Monthly List of'Russian Accessions, Library of Congress, 0une
1953. Unclassified.

AFANASIYEVA, Ye.A.; RAMINICH, N.I.; NOSOVA, I M.;
GOLUBEV, V.N.; DOMIAN,
G.I.; AMJOLtDl,,-X-vV-,; OBRAZTSOV, B.V.; NIKIFOROV,
L.P.; GIBET, L.A.;
VORONOV, A.G.; SKOKOVA, N.N.
Brief news. Biul. MOIP. Otd. biol. 69 no.4:150-160
Jl-Ag 164.
(MIRA 17:11)

I
L. V.
Thermal I ower equipment for hoisting-trmnsportim- mac!dne-s
Mossinia, Izd-vo
Narkomercliflo-a SSS", 11/145. (Mic ~3-337*
Microfilm T-9
1. Hoisting nachincry. 2. Conveying machinery. I. Akimov, Pavel
PeLrovich

ARNOWD, L.V.
25676
*todika opradeloniya Velicbinb Isparitellnoy
Poverkhnosti V Dvukhkonturnykh
Kotl&kh, Trudy Imningri in-ta. Inthenerov Vod
transports., VYP. 15, 1949.
s. 186-91
SO: LICTOPIS I No. 34

KHkNDOV. Z.A.; GENIN, A.B.; ARROLID. L.V.. redaktor;
VOLCHOK, X.M.,
tekhaichaskiy redakCo-r
Nas powered marine engines] Sudovye gazosilovye
ustanovki. Moskva,
Izd-vo Mintoterstva rechnogo flota SSSR, 1951. 370 P.
14icrofilm)
(Marine engines) ~MLTJA 10:2)

AWSANDWY, A.S.; KMFm'D,,L.jV., redaktor, professor;
SHEMMKOVA, Z.V.
PA 0.
G.r
rodaktor; VOL )VA., y6. ,, tekhnicbeskiy redak-tor
(Marine boilers] Sudovye kotellrqe ustanoyki. Pod
red. L.Y. Arnollda
Moskva, Gos.izd~-vo vodnogo transporta, 1954. 462 p.
(KI.RA 8:10)
(Boilers, Marine)

ARNOLID. Leonid VladLmjgX&j6,Wofes8or; ZIROZHEK, V.V., redaktcr;
~Wf._, P.M.-MOMIcheakiv redaktor.
[Steam boilers and boiler equipment of river boats. Parov7e
kotly I
kotelInys ustanovki reobnM sudov. Leningrad, Izd-vo *Rechnoi
trans-
port," 1954. 480 p. (MM 8:4)
(Steam boilers, Marine)

~-j 1,;'-v r, k1-411
To
ALIMSANIZOV, Aivirty Sywateglavevich; KUMMRTSXV, F.Ya.,
redaktor; AMUL~
L.Y,., retsesseat; PRISYAGIN. V.V., rateeizoat; SHLNUNIKOVA,
Z.V.,
Maitor; KRASYATA, A.K., takhnichookiy redaktor.
[Thermal calculations for water-tube beilere of ships] Toplovsi
raschot sudovykh vedotrubnykh ketlov. Hookys., Isd-ve "Rechnsi
tran-
sport*, 1956. Inp. (K6RA 9:6)
(Boilers, Marine)

AIJKSANDRGY, Audrey Bvyatoolayovich; J,, professor$ redaktor;
. SHIANNIKOVA, Z.T., radaktor A.K., takhaichs-
ikly redaktor
[Marine steat-boilers) Sudorye kotellaye uotmnovki. Isd. 2-08.
parer,
Pod red. L.T.Aronl1da, Moskva, Isd-vo "Rechnol transport." 1956.
455 p. (KLRA 10:2)
(Boilers. Marine)

SMUCHMO, V.M.; ARNOLID. L.V.. otv.red.; SANMn, N.V., red.isd-va;
- rmr - .
PzTnSON' NX-rvd "w
[Atlas of designs of marine steam boilers; supplement to the
book].Atlao konstruktsii sudovykh parovykh kotlov; priloshenle
k knige. Leningrad, Isd-vo 'Norskoi transport.' 1957* 92 P.
(Boilers, Karine-Design) (MIRA112:3)

. I- I .'
iujZ U, 1,, _ V
SiGLUCTWWO, Valentin Mikhaylovich; SBROZHHK, V.V.. reteenzent;"
Qlt a .-IM
otvetstyeanyy redaktor; SANDUR, N.V., redaktor lzdatollstvv;
DRGZHZHIIIA, L.P.. tekhnichaskiy redaktor: PETERSON. R.N..
tekhniche-
akiy redaktor
[DeRIguo of wrinv 'boilers] lonotruktoit sudovykh parovykh kotlov.
Leningrad, Izd-vo "Morskot tranaport," 1957. 155 P --[Collections
of drawings of structural marine boiler elemental Atlas
kongtruktaty
sudovykh parovykh kotlov. 92 1). of tagrame. (HLRA M-10)
(Boilers. Harine)

PHASE I BOOK EXnDITATION 1054
Arnolld, TAonid Vladlydrovich, Profeosor
Termodinamika I teploperedecha. ch. I: Termodinsimika,
(Thermodynamics and
Transmission of Heat. v. 1: Thermodynamics) leningrad,
Izd-vo "Rechnoy
Transport", 1958. 367 p, 6,000 copies printed,
Ed.: Akimov, P. P.; Tech, Ed.: Volchok, K. Mi
PURPOSE: This is a textbook approved by the Ministry of the
River Fleet of the
Russian Soviet Federative Republic for students of water
transportation
engineering Institutese
COVERAGE: This book covers the first part of a course In
thermodynamics and heat
transfer, and deals vith the fundamentals of engineering
thermodynamics, T.he
author gives due attention to physical aspects of the
phenomena studied, with
consideration of the kinetic theory of matter* In the first
chapter., the
author gives a historic outline of the development of
thermodynamics and
meentions names of the most promihent scientists of this
field, There are
8 Soviet references.
Card 1/1,

Thermodynamics and Transmission of Heat (Cont.) 1054
TANZ OF COI?FMM:
Ch, 1. Lav of the Conservation and Transformation of Energy
1, The subject of thermodynamics 3
2. Law of the conservation and transformation of energy 4
3. Thermal equivalent of mechanical work 7
Ch. II. First Law of Thermodynamics

1.
Preliminary information and
definitions
10
2.
First law of thermodynamics
12
3-
Equilibrium and
reversible processes
16
4.
Parameter of state and egnation of state
21
5.
Parameter of state - absolute pressure
22
6.
Parameter of state -
specific volume
24
7-
Parameter of state - temperature
25
8,
Mechanical
work of a charge of volume
28
9.
The pv diagram, Graphical
representation of vork
11~0
10.
Internal energy
31
1.1.
Heat
34
12,
First
lmr of thermodynamics applied to the flow of a liquid
35
Card 2/11

Thormodynamics and Transmission of Heat (cont.) 1054
13.
Potential energy of pressure
39
14.
Bernoulli's equation
40
15.
EnthalPy
41
16.
Heat capacity
43
Ch. III. Perfect Gas

1.
Division of gases into real and ideal
45
2.
Equation of state
of an ideal gas
48
3.
Avogadro's law
49
4.
Dalton's law
52
5.
Mixtures of gases
54
6.
Internal.-energy of an ideal gas
56
7.
Throttling of an ideal gas
59
8.
Entbalpy of an ideal gas.
Mayer,s formula
61
Ch. IV.
Heat Capacity of Ideal Gases

1.
Heat
capacity of an ideal gas
63'
2.
Heat capacity as a function of
temperature
65
3.
True and averep heat capacity
68
4.,
Experimental data on beat capacity
71
Card 3/11

Thermodynamics and Transmission of Heat (cont.) 1054
5,
Heat capacity of a mixture of gases
75
6.
Graphs of u.-t and
i-t for gases
76
Ch. V.
Thermodynamic Processes With Ideal
Gases

1.
Preliminary information
T9
2.
Constant volume process
(isochoric process)
80
3.
Constant pressure process (isobaric
process)
81
4.
Constant temperature process (isothermal
process)
83
5.
Adiabatic process
85
6.
Polytropic process
91
7.
Investigation of polytropic processes
96
80
Application of the
equation of polytropy to the investigation

of real processes
99
Ch. VI. Gas Mixtures

1.
Gas mixtures at constant vol=e
103
2.
Gas mixtures at constant pressure
105
Card 4/11

Thermodynamics and Transmission of Heat (Cont.) 1054
GIh. VII. Second Law of Thermodynamics
1. Cycles
2. Second law of thermodynamics
3. Efficiency of a cycle
4. Carnot, cycle and its efficiency
5. Theorem of the thermal independence of the efficiency
of the Carnot cycle from the physical properties of the
working medium (Carnot theorem)
6, Mathematical expression of the second law of thermodynamics
for reversible cycles
7. Entropy
Ch. VIII. Heat Diagram
1. Heat diagram
2, Entropy as a function of parameters
3. Basic thermodynamic processes and gases in a heat diagram
4. T-s diagram for air
5. Carnot, cycle in a heat dingrem, Generalized Opxnot oycle
6. Absolute thermodynamic temperature
10T
108
Ill
W
3.17
120
124
129
130
131
W
139
142
Card 5/11

Thermodynamics and Transmission of Heat (Cont.) 1054
On. IX. Second Law of Thermodynamics for Irreversible
Processes
1. Change of entropy in an irreversible compression of a
perfect gas .146
2, Value; of the integral jfV'7 for irreversibb processes
147
,F
3. Law of the increase of entropy 150
4. Physical meaning of entropy 151
5. Losses of the working capacity of the system in
consequence
of the irreversibility of processes 154
6. Entropy as a static conception 157
7. Natural science and the second lav of thermodynamics 162
Ch. X. Differential Equations of Thermodynamics
1. Relationship bellimen specific heat capacities
and the characteristic equations of state C. 165
2. Application of the differential equations of
thermodynamics
to ideal gases 169
3. Differential equations for u, i, and a.
Card 61 U

Thermodynamics and Transmission of Heat (Cont.) 1054
Ch. XI. Brief Information on Real Gases
1. Van der Waals equation
2. Investigation of van der Waals' equation
3. Equation of state of a real gas of M.P. Vukalovich and
I.I. Novikov
4* Reduced equation of state of van der Waals
5. Experimental data on real gases
6. Joule-Thomson effect
Ch. XII. Saturated Steam
1. Evaporation and boiling of a liquid
2. Pressure curve of a saturated steam vapor (curve of the
equilibrium of phases) triple points
3. Process of vapor formation in the p,v system of coordinates
4, The heat and enthalpy of a liquid
5. Enthalpy of a vapor
6. Enthalpy of a liquid and a vapor
7. Ts diagram for saturated vapor
8. Upper boundary curve
9. Clapeyron-clausius equations
Card 7/3-1
172
173
178
179
~183
187
191
193
196
200
204
206
208
210
213

WV.
Thermodynamics and Transmission of Heat (cont.) 1054
Ch. XIII. Superheated Steam
1. Equation of state of a superheated vapor 215
2. Heat capacity of a superheated vapor 217
3. Process of superheating, Enthalpy and entropy of superheated
vapor 219
4. Representation of the enthalpy of a vapor in a T-s diagram 221
5. i-s diagram 222
Ch. XrV. Thermodynamic Processes With Vapor
1.
Study methods of vapor processes
225
2.
Isochoric process vith
vapor
226
3.
Isobaric process vith vapor
228
4.
Isothermic process
with vapor
231
5.
Adiabatic process with vapor
233
6.
Process of vapor
throttling
236
Ch. XV.
Flow of an Elastic Liquid

1.
Basic equations
of the flow of an elastic liquid
238
2.
Character of
cross-sectional changes of the flow depending

on velocity
239
Card 8/11

Thermodynamics and Transmission of Beat (Cont,) 1054
3. Change of the potential energy of the flow Into kinetic energy
90
4. Critical pressure relations 210
Ch, XVI. Outflow irom Nozzles
1. Outflow from narrowing nozzles at sub-critical velocities 2,47
2. Outflow from narrowing nozzles at 9 --- P r I
PCIO :.'5-
3. Thavork of the outflow 253
4, Laval nozzle 255
5. Influence of friction on the process of the outflow 258
6. Representation of work for an outflow with friction in pv and
Ts coordinates 260
Ch. XVII. Performance of a Compressor
-1. Ideal piston gas compressor 264
2. Multistage compression 268
3. Performance of an ideal compressor In a Ts diagram 271
4. Performance of a compressor taking friction into account 273
Card 9/n

Thermodynamics and Transmission of Heat (Cont.) 1054
Ch. xx, Cycles of Gas Turbine Power Plants
1. Principle of work of gas turbine power plants
2, Cycle of a gas turbine power plant with an isobaric heat
supply
3. Cycle of a gas turbine power plant with an isobaric heat
supply
and with regeneration
4. Cycle of a gas turbine power plant with an isobaric heat
supply
Ch. XXI. Cycles of Refrigerating Plants
1. Refrigerating capacity and refrigeration coefficient
2. Cycle of the steam compression refrigerating plaint
3. Cycle of a steam compression plant with dry compressor
opbration and with precooling of the condensate
4. Requirements of a cooling agent
Appendixes
Bibliography
Insert: i-9 and T-s diagrams
AVAIIABIE: Library of Congress
Card U/11 IS/Mea
1-30-59
317
319
321
324
327'
330
334
33T
335)
362

24(8) PHASE I BOOK MCPLOITATION SOV/2940
.Arnolld Leonid Vladimirovich, Professor
Termodinamika i teploperedacha, Ch. 2: Teplopereditcha
(Thermodynamics and
Heat Transfer,, Pt.*2: Heat Transfer) Leningrad, Izd-vo
"Rechnoy transport,"
Leningr. otd-niye, 1959- 188 p. 6.000 copies printed.
Ed.: P.P. Fedorko; Tech. Ed.: K.M., Volchok.
PURPOSE; This is a textbook for students of the ship building
and machine depart-
ment of vater-transportation institutes. It may be aldo
useful to students of
itachine-bailding schools of higher technical education.
COVERAGE: This book is the second part of a textbook
"Thermodynamics and Heat
Transfer".. It considers-, the three basic aspects of heat
transfer, i.e., con-
dixction, c6nvection and i~adiation'p basic theorde,sof
similitudej,and heat trans-
fer probletaw in recuperative beat exchangers. The author
mentions the following
Russian scientists vho have made recent contributions to this
field; Academi-
cians M.V. Kirpichev,,,(deceased) and M.A '.'Mikheyev and
also S.S. Kutateladze,
A.M. Gurvich, G.M. Kondratlyev', N.B. Vargaftik, D.L. Timrot
and G.L. Polyak.
Card 116
1

Thexmodynamics and Heat Transfer (Cont.) SOV/2940
There are 7 references
,,all Soviet
TABLE OF CONTMITS:
Preface 3
Introduction 5
Ch. I. Heat Transfer by Conduction 6
1. Temperature field and temperature gradient 6
2. Fourier law 9
3- Heat conduction coefficient 10
4. Differential equations of heat transfer 13
5. Boundary conditions 17
Ch. II. Heat Transfer by Conduction in Bodies of Simple Fom
for Steady-state Conditions and Boundary Condit---,,s
of the First Order 21
1. Heat conduction through uniform flat surfaces 21
2. Heat conduction through multileyer flat surfaces 23
3- Heat conduction through uniform cylindrical vaJ-U 25
card 2/6

Thermodynamics and Heat Transfer (cont.) SOV/2940
4. Heat condaction, through multilayer cylindrical walls 28
5. Simplified method of determining heat transfer through
cylindrical walls 30
Ch. Ill. Heat Transfer by Conduction in Bodies of Simple Form
for

Steady-state Conditions and Boundary Conditions of the

Third
Order* Heat Transfer Coefficient
32
1.
Heat transfer through flat
surfaces
32
2.
Heat transfer througb cylindrical walls
34
3.
Thermic
resistance
36
4.
Critical thickness of the
11asulatioif'of'oylindrical pipes
38
5.
Heat transfer thfougb
ribbed surfaces
40
6.
Heat conduction through bars (ribs) having,
a uniforis cross section
42
.
7.
Heat transfer through ribs
46
Ch. IV. Convective Heat transfer 50
1. Differential equations of convective heat exchange 50
2. Equation of a viscous liquid flow 55
Ch. V. Theory of Similitude 59
CELrd 3/ 6

T hemodynamics and HeatTransfer (Cont.) SOV/2940
1.
Concept of similitude of pbysical phenceena
59
2.
First theorem
of the similitude theor7
62
3.
Second theorem of the similitude
theory
65
4.
Third theorem of the similitude theory
67
5.
Hydrodynamic similitude
69
6.
Thermal similitude
72
7-
Criteria of
similitude
74
8.
Criterial. equations of convective heat exchange
77
C& VI. Heat Transfer in Forced Flow of Liquid 79
1. Flow of liquids in pipes 79
2. Determining mean temperatures and velocities of liquids.
Determining temperature factor 81
3- Equivalent diameter 84
4. Heat transfer in a liquid flow In layer form throu& pipes
ana channels 85
5. Heat transfer in a turbulent flow of liquids in pipes
and channels 90
6. Heat transfer in transversal flows over smoota pipes 93
7- Heat transfer in transversal flows over banks of ribbed
pipes 98
card 4/6

..Thermodynamics and Heat Transfer (Cont.)
SOV1290
8. Heat transfer in flows of Uquids along f34Lt surfaces
9. Hydrodynamic heat transfer theory
Ch. VII. Heat transfer in Free Flows'of Liquids
1. 'Pree,flow in nonrestricted volines
2. Heat transfer in free flows
3, Heat transfer through air layers
Ch. VIII* Heat Transfer When Aggragate Stato 6 a
.1. Boiling of liquids
.2. Heat Transfer during boiling of liquids
3, Heat transfer in condensing steam
4. Influence of various factors.on heat transfer in
.condensing steam
Ch. IX. Basic Lava of Heat Wiation
1. General information on heat radiation
2. Low of absorbtion
3. Steph.an-Boltemanle lav of radiation
4. Kirkhof's law
card 5/6
101
103
108
108
log
113
U4
114
117
121
126
129
129
131
133
136

Themodynazics and Heat Transfer (Cont.) SGV/2940
5. Lainbert's law 140
6. Radiation Of gases 144
,'Ch. X. Heat Exchange by Radiation Between Solid Bodies 150
1. Effective and resultant radiation 150
2. Heat exchange by radiation between two bodies with plene-
-parallel surfaces 152
3- Heat exchange by radiation between two bodies, one
enclosed
inside the other 153
4- Protection from heat radiationiscreeip 155
5- Heat exchange by radiation botween two bodies arbitrarily
located in space 156
Cho II. Heat Exchange Apparatus
162
XT '~Yves of heat
exchangers
IQ
-2. Water equiva-.1ent, of the beat cba*rier
164
3o Thermal tension
165
4. Deteizination of final temperatures
of heat carriers
171
Bibliography
174
App6ndixes
175
AVAILABLE:
Library of Congress

AC-Sup
Card 616
2-15-6o

KONAKOY, Petr Xuzlmich, prof., doktor tekhn.nauk;
FILIMONOT, Sergey
Sergeyevich, kand.tokhn,nauk; KHRUSTAIST, Boris
Aleksandrovich,
kand.tekhn.nouke, ARNOLID, L.T., prof., retsenzent;
IAMWIIN,
Y.T., prof., doktor toldifi.-nauk, nauohnyy red.;
SHLEMUEOTA,
Z.V., red.izd-va; BOMOVA, V.A., tekhn.red.
(Heat exchange in the combustion chambers of steam
boilers]
Teploobman v kamerakh agoraniia parov7kh kotlov.
Koskva, Izd-vo
"Rechnoi transport," 1960. 269 p. (MIRA 13:5)
(Boilers) (Furnaces)

Pam I BOOK MMOMMON SOV/4310
Arnolld Leonid Vladimirovizh Viktor Sergeyevich Markov,,
Vladimir Mikhaylovich
-~~ ~Sei===~p=WtVW~t;ovich F~edorko
Sbornik zadach po tekhnieheskoy termodinamike i
teploperedache (Collection of
Problems on Applied Thermodynamics and Heat Transfer)
Leningrad.. Izd-vo
"Rechnoy transportp" LeningrMakoye otd-n1yej 1960, 292 p,
Errata 934p
inserted* ~.,000 copies printed.
General Ed.: L,V. Arnolld,, Professor; Reviewer: P,P. Akimov,
Docent; Ed.: N.V.
Golovanov; Tech. Ed,: K,M, Volchok,
PURPOSE: This book is intended for students in water
transportation institutions
taking courses in thermodynamics and heat transfer, It
conforms with the
program of the Leningrad Institute of Water Transportation.
COVERAGE: The book consists of 501 problems on thermodynamics
and beat transfer.
it is subdivided into 16 sections, Each section gives a
theoretical introdue-
tionj, formulas., and one or more example of calculations,
Tventy-three appendixes
Card _~/G>

Collection of Problems (Cont.) SOV/4310
provide tables and graphs of thermDdynamic values, Cho, 1j, 4.9
3.1.9 Up and 1.5
were written by V.S. Markov; Cho. 3P 5j, 10., 12, and 13 were
written by V.M,
Seliverstov., and Cho. 2j, 6.,8., 9., and 16 were written by
P.P. Fedorko; Ch. 7
jointly by V.B. Markov and.V.K. Seliverstov, Cho. 4j, 7., U.,
12p 1% 14., and
15 were written with the cooperation of L,V. Arnolld. No
personalities are
mentioned. There are no references.
TAE= OF CONTEM:
PART 1. APPLIED TEE=Dr14aCS
See.
1.
Parameters of the Thermodynamic State of a Substance 3
See.
2,
Fundamental Lava for Ideal Gases 7
Sec.
3-
Mixtures of Ideal
Gases 14
See.
4.
Specific Beat of Ideal Gases 22
See.
5,
First Law of
Thermodynandes 29
See.
6.
Thermodynamic Processes in Ideal Gases
35
Card
2/6

SELIVERSTOV.. V.M.; ARNUID, LY.,-;red.; VOLCHOK,
K.H.,q tekhn. red.
(Marine steam-power plants; methodological manual
on the
section "Marine boileren (heat calculations of
auxiliary and
waste heat boilers)]Sudovye parosilovye ustanovki;
Taetodiche-
skoe posobie ~b razdelu "Sudovye kotly" (teplovoi
raschet
vspomogatellnogo i utilizatsiomogo kotla).
Leningrad, Izd-vo
"Rechnoi transport," 1962. 18 p. (KRA 15:9)
(Boilers, Marine) (Waste heat engines)

OVSKn I--G6orgiy Andrey-eviclirUSIN-) j-kand-ftekhm.
-nauk, --- -
retsenzent; ARNOL'D,_L_,VL., prof., red.; MITARCHUK,
G.A., red.
izd-va3 POLIMAYA, R,., tekhno red,
[Thermodynamio analysis of processes in steam-gan
mixtures)
Termodinamicheskie raechety protsessov parogazovykh
smesei.
Moskva# Mashgiz.. 1962. 183 p. (MIRA .15:6)
(Themodynardco)

ARNOLID Leortd Vladimirovicb; IOSIFOV, Mikhail
Rikanorovich; AKIMOV,
P.P&J, prof.j. re iinzent; SURNOV, S.A.y red.;
VOLCHOK, K.M.,
tekbn, red.
(Thermodynamics, heat txansfer., and power equipment
of hoist-
ing and conveying machinery]Termodinamika,,
teploperedecha i
teplosilovoe oborudovanie pod"emno-transportnykh
mashin. Pod
red* L.V.Arnolida. Leningradp Izd-vo "Rechnoi
transport
1962. 440 P. (MIRA 15:111
(Gas and oil engines) (Hoisting machinery)
(Thermodynamics)

SIZYKH, Vasiliy Afanaslyeviah; ARNOLID, L.V.,
reteenzeng; SMANTSER,
A.I., retsenzent; MAJOTI-T.-S., -red-.; KAN,
P.M., red. izd-
va; RIDNAYA, I.V., takhn. re .
(Automatically controlled auxiliary marine boiler
units]
Avtomatizirovannys sudovye vapomogatellnys
kotloagregaty.
Moskva., Izd-vo "Rachnoi transport," 1963. 133 p.
(MIRA 16:5)
(Boilers, Marine) (Automatic control)

ARNOL D.,,LvV-; IMYZHANOVSKIY, O.L.
...... .
A new aponles of ground beetlea from the gonus lAmnaitJo Motsah.
(Coleoptera, Carabidae) living in soil clefts of the steppe
zonee
Trudy Zool. inat. 34t13J,-1)4 164- (MIRA 18:2)

I
AR!:01-1 1 -)-31,i..%, .
A 6 'o, - C:. i I -I i on Idau 11 .),T. t~,!n-.ral
TI V:66 6 1 11 & we 1 .9 (colec'LAarFt, C1.1,;:U -" f~
. 1 .1
Kuvakhotan. Trtzay 4"ool. in.,' t . 3,1. - L61... ~ '1 -1 %).+ ,(
11 "i"t 18 : "! )

ARNOL I -,
......
Now species of Otiorrhynchus Gorm.(Coleopteral
Curculionidae) fron
Transcaucasia. and northern Iran. Dokl. AN Arm. SSR 38
no.4:
251-256 164. (NIRA l7t6)
1. Zoologicheskiy institut AN SSSR. Predstavleno
akademikom
AN Armyanskoy SSR V,O.Gulkanyanom.
I

*d obwe" wo ow low-uhn $Wbm-
ow "a pUce tobn of ow
SWAPJM ded Oow, spty and
lubd WLJQ Is & 21 N. and 00 a t. :J.. nep$cUvvly. tatistbw
WPC#. OAW VA SI&Iiomt
m ow A"swg Hoo. amC tubm
me".

'14,
I
Problems concerning accelerated building of electric
power plants,
p. a., ZA SOCIALISTICKOU VEIXJ A TECHIIIIIKU (Pripravny
vybor vedecRych
technickch spolecnosti pri eskoslovnske akademii ved)
I-Iraha., Vol, 5.,
No. 2. Feb. 1955
SWRCE: East I~Iropean Accessions List, (LEAL) Library of
Congress,
Vol. ~,, No. 12, December 1955.

MMIZIL, Donald H.. red.; XAZARITOVSXIY, M.V. [translator];
TIKHWIROV. F.A.
[translator]; ARNOLID.-N.A. [translator]; PETRUKHIN, V.I.
[translator];
KATSONASHVILI,-'B.-ilt'.-'C'tranalatorl; AXSENOV, S.I. (translator];
BAKANOV, S.P. [translator]; SHAPIRO, I.S., red.; ADIROVIGH, B.I.,
red.; MEDVICDRV. Yu.T.. red.; NAXHIMSON, I.G., red.; TEUSNIN, N.L.,
red.; BELEVA, M.A., tekhn.red.
[Fundamental formulas of physics. Translated from the English]
Onnovnye formuly fitiki. Moskva, Izd-vo inostr. lit-ry, 1957.
657 P. (HIRA 11:5)
(Mathematical physics)

ARNOW inzhener; RUMOV, Te.G., in2hener.
H.rdromechanization on the projects of the Ministry of
Construction
of bhe U.S*S*R. NOT*tekh. i pered. op.v stroi. 18
no-717-10 Jl '56.
(Hydraulic engineering) (Dredging) (MMA 919)

AID P - 5o78
Subject USSR/Engineering
Card 1/2 Pub. 128 - 7/26
Authors Prikhodlko, N. A., and N. P. Arnolld, Engineers
Title : Automatic machine lines for the processing of stepped
shafts.
Periodical : Vest. mash., 5, 16-g6, MY 1956
Abstract In accordance with the designs of ENIMS (Experimental
Scientific Research Institute for Metal-Cutting Lathes),
the experimental "Stankokonstruktsiya" Plant manufactured
in 1949-1952, four automatic machine lines for processing
shafts of electric machines. Three of these automatic
machine,~- lines were put in operation at the "Vollta",
Mednogorsk and Tomsk plants manufacturing the electric
machinery. The fourth automatic line is tested at
present by the Khartkov Electric-Machine-Building Plant.
The design and operation of these automatic machine

Vest. mash., 5, 16-26, MY 1956 AID P - 5078
card 2/2 Pub. 128 - 7/26
lines are described and discussed in detail. On the
basis of the satisfactory results of their operation,
the Ministry of the Electric Power Equipment Industry
entrusted ENIMS in 1955 with the designs of three new
automatic machine lines for processing shafts. 3 tables,
19 illustrations and diagrams.
Institution : None
Submitted : No date

ARNOLID. 114V. -, VY0011, G.Ye.
-,
Motion pictureo on subjecto in the field of
technoloff.
Politelth.obuch. no.9:70-71 S 159. WIRA 12:12)
(Technical education) (Motion pictures in education)

-ARNOLID, N.V, (Hoakwa); VrGON, G.Te. (Mookwa)
Training films in biology. BiOl-v Shkole no.2:95-96 *-Ap
16o. (Motion pictures in education) (MIRA 13:8)
(Biology--Stud.v and teaching)
I
I

ARNOLID., N.V.; DMN, Z.I-. , starshiy inzh.
What is the right place for repairs of the mercury.-arc
rectifiers
of eloctric locomotivee. Elek.i tepl.tiaga 5 no.11:18 N
161*
(MIRA 14:11)
1. Nachallnik otdela proyektno-korwtruktorskogo
tekhnichaskogo
byuro Glavnogo uprayleniya po x*montu podvizb~ogo
sostava i
ItgotovIeniyu zapasnykh chastey,
(Mercury-are rectitiers-Maintenance and repair)

ARNOWD, O.A., arkhitektor
Architectural decoration of accomadations on the
atomic icebreaker
"Lenin." Sudostroenie 27 no.8:14-18 Ag 161. (MIRA
14:9)
(Lenin (Atomic ship)) (Naval architecture)

ARNOW. R.
'--AWW"WAUW"
The blast-furnace dust, Arh, hige rada 5
no,2:213-220 1954.
1. Klinika saiprofesionalne boleati, Ham;
radnja primljena
5,VI..1954.
(SILICOSIS
In foundry workers)
(OCOPATIONAL DISJUSIS
dillcosis In foundry workers)

38073. ARNOLID) R._ R.
Issledovanie magnitnykh sistem fromkogovoriteley.
Soobshch. 130.
Trudy nikfi (Nauch. - Issled. Kinofoto in-t), vyp.
10, 1949,
s. 166-81

-- i - --- .- - -
"
I 1~ A I ".
38075-__AMQL!D..-R.-R...AND BOLDTNEOV, 1. M,.
Gromkogovoritell dlya kinopc-redvizhki. Soobshch. 132. Trudy nikfi
(Nauch.-isaled kinofoto in-t), %,3T. 10, 1949, s. 223-34

9(2) SOV/112.,,L)9-4-8195
Translation from: Referativnyy zhurnal. Elektrotekhaika, 1959,
Nr -1, p 258 (USSR)
AUTHOR- Arnol d, R. R.
TITLE: Some Characteristics and Parameters of Magnetic Heads
PERIODICAL: Tr. Vaes. n.-J. in-ta zvukozapisi, 1957, Nr 1, pp,
47-69
ABSTRACT: Parameters of playback, recording.. and erasing
heads are considered
without their matching with the amplifier or oscillator.
High-frequency
characteristics of playback heads with various slits (narrow,
wide and
tra 'Ipezoidal) are analyzed. The parameters determining the
efficiency of a
playback head are considered.
M.V.Ts.
Card I I I

A-1"ZOLID, R.R.; AP0110311011A, L.P.j v.3., rod.; VASILIVs:-.IY,
D.P.,
V_qO3L:.j'V&iIY, A.A., re,; GRIBKOVA, G.L,, red.; GRIGORASH, G.L.,
r7!e.; KAZ7A-',N'-,Y, B.Yo., W_RY'10171T~O, V.I., red.; PUS&:T, L.A.,
roe..; Ye.I., re(l.; ROZEINFUT, F.A., red.; MADIKIDI'Ll, B.A., red.
for trwr!ratusl Magnitnye golov':l dlia
-,'ralcozaPisi- 195z1. 153 P. (Moskva 9 S i yi
V e o uzn
A, Ul y
,..-.apisi. Trud , no.3).
41T.R-1 12:4)
recorders and recording--Equipment and supplies)

24(l) SOV/112-59-2-4063
Translation from- Referativnyy zhurnal. Elektrotekhnika, 1959,
Nr 2;
pp z67-z68 (USSR)
AUTHOR: Arnol'd, R. R.
TITLE: Magnetic Heads for Sound-Recording Equipment
(Magnitnyye golovki dlya, apparatury zvukozapisi)
PERIODICAL: Tr. Vses. nA. in-ta zvukozapist, 1958, Nr 3, pp
5-155
ABSTRACT: Magnetic heads are examined that were developed for
recorders using
a 6.35-mm, tape and for playing back the tapes in cinema.
These heads can be
used in: (1) radio-broadcast tape recorders operating at 38. 1
and 76. 2 cm/sec;
(2) reporters' and miniature portable tape recorders operating
at 9.53 and
19.05 cm/sec; (3) general-purpose tape :-,ecerders operating
at 4.76. 9.53 and
19.05 cm/sec; (4) dictaphones operating at 2. 38, 4.76, and 9.
53 cm/sec;
(5) low -power -consuming tape recorders; (6) sound-recording
and sound-
reproducing equipment used in wide-screen and panorama-type
cinema;
Card 1/ 3

SOV/ 112 -59 -2 -406 3
Magnetic Heads for Sound-Recording Equipment
(7) equipment for reproducing magnetic records In cinema films and
for
dubbing them; (8) equipment for simultaneous recording and
reproducing two
or three channels on a 6, 35-mm tape. Thirty new typea of magnetic
heads
and their characteristics are described in detail, among thern*
(1) type MPV
heads w1th a low-reluctance rear gap; (2) type MG- 1 1V heads with
emphasized
lower f:!equencies; (3) miniature economical MG-1S, MG-2S, and
other erasing
heads; (4) erasing and demagnetizing heads with a type SGPM
permanent
magnet for I- and 2-track recording; (5) type MG-14V miniature
heads (8 mm
diameter, about 1. 5 g weight) intended for cinema projectors; (6)
miniature
heads with narrow slits (3-5 microns) for reporters' portable
MG-26 and
MG-28 recorders. (7) four-channel magnetic-head units for SV and
SZ wide-
screen cinema; (8) nine-channel magnetic-head units for MG-22 and
MG-25
panorama-type cinema; (9) economical and highly effective erasing
heads with
a number of slits, MG-17S, MG-20S, S-02-2, and others; (10) type
MG-24
Card 2/3

SOV/112-59-2-4063
Magnetic Heads for Sound-Recording Equipment
combined heads (recording -erasing, universal -erasing) -
Pasting together the
core sheets, joining the cores, and imbedding the heads in
shields (if the latte'r
is provided) are done with a specially developed EKS-1
epoxide glue and EPS-1
ep6xide paste which ensure constant head parameters in time
with temperature
variations from -700 to +60OF and at high humidity.
Description of the heads
is iRustrated by sketches, drawings, and pictures.
R. R. A.
Card 3/3

saw
ic 11 Jon um)
JL IL
wm.
& JL
% IL
-I& ~m In mwm
A. A.
mft
(c 10 An 16 WM)
AL IL A"$w
AL r. Aff-w
"Ut"NOO-OMOCAVULMOR
laxopas
pp--~ a IL rr..-*
to ~
(e as is -M)
IL a r."-
.A----A . ---rw .... .
A. UL r"b~
L L
IL IL bq~
K A. K.~
f. L K"~
JL IL
T. AL Amom
L
r
_Sma.
"Wlwoml ~Iwl"
'a,
A.. A.
atm. Ifs-f

ARNOLID,, R.R.----
Effective width of working slits of recording and reproducing
magnetic heads. Trudy VXLIZ noo5:10-18 159o (KML 3-5:4)
(Magnetic recorders and recording)

AMOLID, R.R.; KALANTPROVA, M.S.; SKOTNIKOV, V.Ya.
Study of different types of magnetic recording heads
with oores
made of new magnetic materials, Trudy VNAIZ no.7:18-34
160*
(MIRA 14:4)
(Magnetic Acorders and recording) (Cores (Electricity))

27W
S/167
,/60/000/012/002/005
9/1 7 7/0 DOWD113
AUTHORSs Arnollds R.R.; Kalantarova, M.S.; Skotnikovp V*Yas
TITLEt The use of now soft magnetic materials in magnetic heads
PERIODICALs Tekhnika kino i televideniya, 1960, no. 12, 13-20
TEXTs The authors disouss the possibility of using new soft magnetic
ma-
terials in the magnetic head cores of sound rooorderso Information is
given
on new alloys developed at the Institut pretsizionnykh splavov
TsNIIChM
(Institute of Precision Alloys of the TsNIIChM) , and on their
application
which was investigated at the Institut zvukozapisi (institute of
Sound Re-
cording). The main purpose of the investigations was to develop
alloys wi 'th
an increased wear resistance at a higher specific electric resistance
and
a higher initial permeability. Low-nickel (starting with 35-40% Ni)
and
high-nickel (starting with 79-80% Ni) alloys with various components,
in-
cluding some strengthening and carbide-forming elements together with
an
increased carbon content, were studied and technological methods for
the
production of new ferroaluminum alloys were investigated; these
alloys known
Card 1/3

The use of new..*
17W
S/187/60/000/012/002/005
D035/1)113
I
as "alfenol" (W16 (Yul6l) and 11termenoll, ( 1016MCYul6Nb
are superior to
ferzoniokel alloyse The following two now alloys were
developedt (a) the
79 NXL)(79NKhO) alloyq based on a 78% forroniokel alloy with
chrome and lead
additions, which has initial pl raeability of up to 30,000
Go/Os at an elso-
trio resistance of 0.65 ohmemm /m and high resistance to
mechanical defor-
mation; (b) the 38"C5 (38185) alloyo based on a 30*
ferronickel alloy with a
silicon addition, which has initial parmgability of up to
5pOOO Go/09 at an
electric resistance of up to 1.08 ohmoamz/m. These alloys
can be success-
fully substituted for the 8014X&(801KbS)9 798M(79NN)o and 50
NKOOOMS)
alloys. A new method of measuring the wear resistance of
thin laminar ma-
terials, devised by the Institute of Sound Recording is
described. The
method consisted in subjecting a TX25mm Plate, 0-15-0,30 mm
thick, to abra-
sive wear by a magnetic tape (100 m) in order to find out
how much of the
plate was rubbed off* At nMT-3 (PRT-0 11~�-Vussnt for
measuring the micro-
hardness (135-fold magnification) and a "type I" tape which
had a speed of
76 om/sec and a tension of 250 9P were used. In order to
find out if the
8OMS'alloys can be replaced by ths 79NKbO and 30NS5
alloys,eteop the
Institute of Sound Recording also tested the alloys directly
in the ragnetic
heades For this purpose the &01 (V-01), 3 -01 (Z-01), and
mr-28 (MG-28)
magnetic heads were used. The reeults of these tests are
indicated in terms
Card 2/3

The use of new***
27413
S/187J60/000/012/002/005
D035/Dll3
of the quality factort the.shunt coefficient (ratio between
the useful mag-
netio flux through the head and the magnetic flux of the
tape)9 and the
parallel lose resistance* The dependence of the initial
eleotroaooustio
parameters of the heads on mechanical effects occurring
during the pressing-
out and gluing of the tempered plates into packets was
measured on a ballis-
tic device. The results of these magnetic measurements
(ohange in ragnetic
properties) are given. There are 3 figures, 5 tables, 3
Soviet-bloo and
3 non-Soviet-bloo references, The three references to the
English-language
publications read as followes Rettinger# M,O Magnetic ;nead
wear investiga-
tion, JSWTE, 1955t 64, no* 4P 179-183; Lufayt E.W., Reath,
W.T., Alloy
improves magnetic recording, Eleatronioev 1955, 28, no. 6j
137-139; Kaoh-
man, J.F., Buehlerv W.J.t 16 percent aluminum-iron alloy
cold rolled in the
order-disorder temperature range, J. Appl. Physet 1954# 259
no- 39 307-313-
Card 3/3

CZECHOSLOVAKIA Organie Chemistry. bynthetic Organic G
Chemistry*
Abs Jour: Ref Zhur-KhImIyaj No 12j 1958# 39539-
Author : #ruQ1!A,_ahorxu_
Inst :Not given.
Title :Synthetic Reactions of Dimethylformamidet Is
General Method for Synthesis of Beta-Aldehydes*
Orig Pub: Chem* listys 19571 51, No 6. 1082-1090o
Abstract: A general method Is described for the preparation
of dialdehydes RCH(CHO) 2 (I)p.by the formylation
of vinyl others RCH=CHORt (II), aoetals
RCH2CH(oc2H5)2 (III)t and alpha-chloroethers
RCHpCHC1OR' by means of (CH3)2NCHO (IV) and COC126
Card 1/8
0

CZECHOSLOVAKIA / Organic Chemistrys Synthetic Organic
G
Chemistry.
Abs Jour: Ref Zhur-Khimiya,, No 12, 1958,, 39539-
Abstract: 0.1 l6e5(fr, ether -700); CO~# 871 130/0-35P
45-46; C6H5CH2s 70, 13516,159 08-5-109. To
separate (VI) the alkaline mixture is extracted
with alcohol.-benzene (1:1)p the excess of (IV) is
removed by vacuum from a dried extract and (VI) is
precipitated with dioxane, By the addition of
picric acid to the aqueous solution of (VI) the
pierates were obtained ((CH3)2NCH=CRCH=N(CH3)p)
Oc6H2(NO2)3' Are cited Rs yield of(VI) In %0 M.P.
Of (Violin OC2j.,M.P. of picrate in OC: HP 351 188-
190, 1 .5_14 5; CH It 20P 178-160o 127-126; C2H5,
30P 169-5-1716 '1 68-99; C5HllP -0 -, (hydrosco-
pie)* 113.5-124.5; C6H5v 26.5, 236$ 114.5-115,5.
Card 4/8 7

CZECHOSLOVAKIA / Organic Chumistry, Synthetic Organic G
Chemistry,
Abs Jouro. Ref Zhur-Xhimiya,, No 12, 19569 39539
Abstract: HP 73-73; CH30 88-89-5; C~H5' 69-70; C H7' 58.5;
'so-C3H7 p 62-63; C4 Hqv 54-55; C5Hllj ;i; C05s 92-
93; C6115CH21 136-137.
By the aotion of aniline, it is possible to sepa-
rate (V) in the form of anils# and (I) in the form
of dianils,
To the mixture of 0*05 moles of (IV) and 0903
moles of Cocl2 is added with cooling 0.025 moles
of (III)# R=H,, heated for 15 minutes (600c.), and
after 12 hours ioe is added, and Oal moles of sod-
ium acetate and 12*5 ml of a 4N solution of HC1
salt of aniline and 5 ml of a 65% HC104 - A HC104
Card 6/8 8

CZECHOSLOVAKIA / Organic Chemistry. Synthetic Organic G
Chemistry.
Abs Jour: Ref Zhur-Khimiyas No 12, 19589 39539-
Abstract: 1,4753 and 1-3 9 of Mp R = C2H5 (originally alpha-
ethyl-beta-dimetliyl-acrolein)t M.P. 135-1400/12rnm
(bath temperature), (VII) was synthesized also by
boiling of 0.015 moles of sodium salt of (1), R =
C2H59 with 3 ml Of C2HOR in alcohol for 9 hours;
yield 1-3 grams. With a 30% (CH3)2NH# (VII) gives
(V), R = C21f5*
Card 8/8 9

004
000
*0 a
**a
**a
go'
god
004
goo
OOW
;-Oo
60
Goo
are o.
11"s Ly
To). Tile complete analysis own
~72(0
Pi-It. T.
ILI.FYUL- I I
r 7-
8 CO 894-
with 9D% KOH. ieheu
AL 4 end IN69*4stion, OW IS and Ou frissAin
'IMC WMI" Is JUI". 9%4 rWdu vaslwl
WAMilvA.
with 1% XOU &W " with 920. sad disiolved hk
w"w"% RN ras'SiOU + wuhlAP an nL&de
I %-'. I a(*" Is Wn for electrolytic
IPA ddwaisalas (Ilktitp,/3-5 Wts The 35 Wo.). Oax.
of KAQ- so I N541 0040 and
, J Sue
tMte, had
tbj 1,16 W~W th t given by
a si;04W "" 10-00% The HN solution
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AfMOLI D., T. I,
ARNOLID,, T. 1.--"Investigation of the Process of Interaction
of the Oxides
of Nitrogen with Ozonized Oxyjan and Attempts to Synthesize
the Higher Oxides of Nitrogen."' Acad Soi USSR. IVt of General
and Inorganic Chemistry imeni N, S, Kurnakov. Moscow, 1955.
(Dissertation for the D"e of Candidate in Chemical Science).
30. Knishnaya letopis'
No 2. 1956

AHNO11), T. I.
"Iwreatigation of the Ineraction of Nitrogen Oxides With
Ozon-
ized Oxygen and Research on the Synthesis of Higher Nitrogen
Oxides," dissertation for the degree of Candidate of
Chemical
Sciences by T. 1. Arnolld, Institute of General and
Inorganic
Chemistry imeni N. S. Xurnakov, Academy of Sciences USSR,
Zhur-
nal Neorganicheskoy Khimii, Vol 1, No 10, Oct 56, p 2429
The purpose of the work was the investigation of the
complex proc-
esses which take place during the formation of the higher
oxides of nitro-
gen. It is pointed out that data on the substances in
question are of
interest, because these substances are of importance as
strong oxidants.
Efficient procedures for the synthesis of N204, N 205 ,
N206, and 100% DN03
under laboratory conditions were found. It was est&blished
that N205 ex-
erts a stabilizing effect on 100% HN03. In the
investigation of the Inter6
action of nitrogen [oxides] with H202, formation of
peracids was observed.
(Coment: Nitric acid and nitrogen tetroxide are of
importance aa
components of propellant mixtures.)

5 (2i" SOV/62-58-121-2/22
AUTHORS: Makarov, S. Z., Arnolld, T. 1.
TITLE, Investigation of Systems With Concentrated Hydrogen
Peroxide
(Izucheniye sistem s kontsentrirovannoy perekislyu vodoroda)
Communication 16: Solubi!Jty Isothermal Lines of the Ternary
System Sr(OH )2 .-H 202 -H 20 (Scobshcheniye 16. Izotermy
rastvori-
most-` troynoy sistemy Sr(OH) 2-H 202-H20)
PERIODICAL: Izvestiya Akadem.-i nauk SSSR. Otdeleniye
khimicheskikh nauk,
1956, Nr 12, PP 14071-102 (USSR)
ABSTRACT: In the present paper the Eclutions of chemically pure
and
catalyst-free H90, at concentrations of from 0-5 to 97%, as
well at) the ch(imioally pure Sr(OH'j%2were used aa initial
prod-
uct3 in investigations of the system Sr (OH)2_H2O2_H2O . The
latter, which contained no carbonic acid, was twice recrystal-
lized in the nitrcgen currert. The investigations of the inter-
act.~cr& between Sr(OH )2 and H202 of different concentrations
Card 1/3 were carried out by meanR of the salubilf.ty method at
-10, 0,

SOV/62-56-12-2/22
Investigation
cr Srstem-s - With
Concentrat'ed Hydrogen Peroxide.
Communication
-
16: Solubility Isothprmal Lines of the Ternary System Sr(OH )
H 202-H20
2

20, 30 and ;00. The following compounds were found
according

to the method of radic-als: Sir-:;nt:*L'.1M
Peroxide, oc-Dhydrate

SrO 2* 8H20 and strontium peroxide
diperhydrate SrO,.2H 202' The

prnsew,e of an earlier unknowa
,~uwpound, the strortium peroxide

monoperhydrate SrO 2.111,02P
was detected. It is stable at a

concentration of from 2.9 to
9.0% H,01? in the liquid phase at
4

500. The data gf.ver, in publf.oat-lan4 co;i:;Pxn!ng the
presence

of semi- and hexahydrate forms were not confirmed.
The only

hydrate form is the catohydrate of strontium peroxide

Sr020 8H20. There are 10 figures, 5 tables, and 8 references,

1 of which is Soviet.
ASSOCIATION:
Inatitut Obshchey i
neo~rganicheskoy kh-imif imeni N.S. Kurnakova

AN SSSR
(Instl-tute of General and Inorganic Chemistry imeni

N. S.
Kurnakov AS USSR)
Card 2/3

5 '(2)
AUTHORS: Makarov, S, Z.) Arnolld, T. I. SOV/62-59-5-3/40
TITLE: Investigation of Systems With Concentrated Hydrogen
Peroxide
(Izucheniye sistem a kontsentrirovannoy perekislyu vodoroda).
Communication 18. Physico-chemical Properties of the Solid
Phases of the System Sr(OH) 2-H202-H20 (Boobahcheniye 18.
Fiziko-khimichookaya kharakteristika tverdykh faz siatemy
Sr(OH),_H20 2-H20)
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye
khimicheskikh naukp
1959j Nr 5, pp 774 - 780 (USSR)
ABSTRACT: It was found in a previous work that in the
temperature range
from -10 to +500 the octahydrate of strontium peroxide
SrO,.BH 20
and the mono- and diperhydrate of strontium peroxide SrO 2'
29 202
and SrO 2*H202 are solid phases in the system mentioned in the
subtitle. In this work the compounds mentioned, which are
hard-
ly known or not known at all, ware investigated. A thermal
ana-
lysis, an investigation of heat resistivity of the compeunds,
Card 1/3 and an X-ray investigation were carried out (Figs
11, 12, Tab-

Investigation of Systems With Concentrated Hydrogen
BOV/62-59-5-3/40
Peroxide. Communication 18. Physico-chemioal Proper-
ties of the Solid Phases of the System Sr(OH) 2-H202-H20
lea 5-7) and miorophotoe taken (Pigs 13,14). With thermal
treatment the compounds decompose. The heating curves and de-
composition diagrams of the individual compounds are 91hown in
figures 1-8 and tables 1 and 2. Moreover, the strontium
pirc.-VI-1-
de compounds were dehydrogenated. Dehydrogenation was carried
out in various ways: by drying in the exsiccator at 200, in
the drying chamber under atmospheric pressure at 100 0, and '&.i
vacuum at 500 (Analyses Jn Table 3)*-The following compounds
could be found individually by these methods: SrO 21 SrO 2'
BE20,
SrO 2*H2021 and Sr02 .2H202 . Active oxygen was separated from
the perhydrates with an exothermal effect UP to 75 0 and from
strontium peroxide with an endothermal effect at 450 The
water originating with dehydrogenation was gradually removed
01
at 80 and 100 . The hydrates and perhydrates investigated of
Card 2/3 strontium dioxide change into it by dehydrogenation.
The stron-

Investigation of Systems With Concentrated Hydrogen
SOV/62-59-5-3/40
Peroxide. Communication 18. Physico-ohemical Proper-
ties of the Solid Phases of the System Sr(OH),_H202-H20
tium peroxide compounds investigated, except for the diper-
hydrate, are stable at room temperature. The compound SrO2.2H202
decomposes already at -50 (Diagram Fig 9). The X-ray and crys-
tallo-optical inveatigations~Diagram Pig 10, Table 4) confirm
the determination of the individual compounds of strontium per-
oxidefound 'in the investigation of the system Sr(OH)2-11
202-H20.
There are 14 figures, 7 tables, and 9 references, 2 of which
are Soviet.
ASSOCIATION: Institut obahchey-i neorganicheskoy khimii im. N.
S. Kurnakova
Akademii nauk SSSR ( Institute of General and Inorganic Che-
mistry imeni H.S. Kurnakov of the Academy of Sciences, USSR)
BUBMITTED: July 24, 1957
Card 3/3

S/062./6o/ooo/oi1/oo1/oi6
B013/B078
AUTHORS: Makarov, So Z.,ctm2LL~~ I., Stasevichl No Not
Shorina, Ye. V.
TITLE; Study of Systems With Concentrated Hydrogen Peroxide.
Report 214 The Ternary Systom Cu(OH) 2-H202-H20
PERIODICAL: Izvebtiya Akademii nauk SSSR. Otdeleniye khimicheskikh
nauk, 1960, No. 11, PP. 1913 - 1920
TEXT: The formation of copper-peroxide compounds has been studied in.
relation to the effect of hydrogen peroxide upon the active (eeg.,
ttblue") copper hydroxide. H20 2 of different concentrations which
had
been carefully purified by vacuum distillation and chemically pure
cop-
per hydroxide freshly prepared from CuSO 4* 5H2 0 were used as
starting
materials. The investigation was done by the conventional solubility
method at -3 00, -200 , Ool and 200C. Results of the chemical
analysis
of liquid phases and of the residue were entered into the Gibbs tri-
angle - CuO - H 20 - 0-502 act; for -300C Fig.1, Table 11 for -200C
Card 113

Study of Systems With Concentrated Hydrogen
S/062J60/000/011/ooi/M
Peroxide. Report 21. The Ternary System B013/B078
C!U(dff) ~-H 0 -H 0
2 2 2 2
- 0 0
Fig.21 Table 21 for 0 C Fig.30 Table 31 for 20 C Fig*4p
Table 4. A now
compound with a high active oxygen content (CU02,H,02-H20)
waa found
besides the familiar copper oxide compound Cu026H2O. The now
compound
is formed in the liquid phase at an increased H202
concentration. The
boundaries of the solid phases - ice, Cu(OH)20 Cuo 2%H20, and
Cuo 2-H202-H20 are fairly easily determined by investigating
the residue
if one does not consider the*solubility of Cu(OH)2 in the
liquid phase.
To plot the complete isothermal lines of solubility$ the
variations of
solubility of Cu(OH)2 in the liquid phase at OOC and -200C
were eyste-,
matically investigated (Figs. 5 and 6, Tables 5 and 6). At
OOC the
solubility of Cu(OH)2 in water amounts to 0.23-10-4%. At the
points of
coexistence of two solid hases a considerable increase of
solubility
is observable. With Cu(04 + CU02-HO2 there are about
12.0-10-4% CuO
Card 2/3 6

Study of Systems With Concentrated Hydrogen 8/062/60/000/011/001/016
Peroxide. Report 21. The Ternary System B013/BO78
Cu(OH) 2-H20 2-H2 0
and with CuO 2*H2 0 + Cuo 20 H202about 9-51-10-4% CuO are dissolved.
I
similar process is seen in the solubility diagram at -20 00:
Cuo 2*H20 + Cuo 2*H20'- 8-76-10-4% CuO. There are 7 figures, 6
tableal and
6 reforenoest I-Boviet,
ABBOCIATIM Institut obahchey i neorganicheskoy khimii im.
N, Be Kurnakova Akademii nauk BOOR (Institute of General
and-Inorganio Chemistry im*ni 3.,B. Xurnakov of tfie
Aosdemy of Science@ USSR)
BUBMITTEDi June 150 1959
Card 3/3

8716 4
S/062/60/ooo/012/001/020
B013/B055
AUTHORS: Makarov, S. Z., Staaevich, N. N., and
Shorina, Ye. V.
TITLE: Investigation of Systems With Concentrated Hydrogen
Peroxide.
Communication XXII. Thermal Analysis of Copper-peroxide Com-
pounds
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye
khimicheskikh nauk,
1960, No. 12, pp. 2090-2095
TEXT: The present papar is a study of solid phases of the
peroxide type
found during the investigation of the ternary system Cu(011)2
- 11202 - H20.
Thermal analysis and dehydration over phosphorus pentoxide
showed that the
heating prooeos is accompanied by the decomposition of these
compounds.
The H O,iabsorbed in the liquid phase acto as initiator of
this decom oBition.
The hia ng curves of Cu.02 (Fig. 1),Cu(OR)2 (Fig. 2),
C110-1120 (Fig. 3~, and
Cu02-H2O2 OH 20 (Fig. 4) wore taken with the aid of a Kurnakov
recording
pyrometer with differential recording at a heating rate of-6
deg/min. Of
Card 1/3

8716h
Investigation of Systems With Concentrated
S/062/60/Cioo/012/001/020
1~ydrogen Peroxide. Communication XXII. Thermal B013/BO55
Analysis of Copper-peroxide Compounds
the copper-peroxide compounds studied, anhydrous NO 2 which
decomposes at
110 - 120 0C with formation of NO and 0 2 was found to be the
most stable.
From its behavior at thermal decomposition, Cul~ H20, which is
less stable,
may be considered not a hydrate of CuO 2, but a compound of
Cu(OOH)(OH).
Cuo 2.H202. R20, a perhydrate of the former copper peroxide,
Cu(OOH)(OH)-H 202
is the least stable. It was obtained for the first time. This
compound is
valuable inasmuch as the presence of bound H 2 02' under certain
dehydration
conditions, enables the preparation of higixr-quality copper on a
wide basis.
The compound might also be used as active oxygen-containing
catalyst. The
changes in the chemical compositions during dehydration of CuO
2.H20 and
CUO 2. If202 -H20 are illustrated in Figs. 5 and 6 respectively.
By careful
drying at low temperatures and using
possible to obtain products of stable
0,, and 6-5% H20' which contain free
small weighed portions of-5 9 it was
composition: 81.6-'. Cuo, 11.90% active
Cu02 (CUO2contains 83.26% CuO and
Card 2/3

87164
Investigation of Systems With Concentrated
j/062/60/000/012/001/020
Hydrogen Peroxide. Communication XXII. Thermal B013/BO55
AnalysiB of Copper-peroxide Compounds
16.74% active 0 2)' It was thus found that anhydrous Cu02
of satisfactory
quality can be prepared by rapid drying in vacuo of
CuQ,-11202-H20. The
structure of the copper compound CuO 2 obtained by
dehydrating CuO2 .11202OH20
was confirmed by Debye-Scherrer radiograms (Fig. 7). The
X-ray data of
Cu 203and CuO 2 are shown in Tables I and 2 respectively.
A. A. Kanishcheva
and A. N. Zimina took the X-ray spectra on the YPC-70
(URS-70) apparatus.
There are 7 figures, 1 table, and 7 references: 2 Soviet, I
French, and
4 German.
ASSOCIATION: Institut obahohey i neorganicheskoy khimli im.
N. S.
Kurnakova Akademii nauk SSSR
(Institute of General and Inorganic Chemistry imeni N. S.
Kurnakov of the academy of Sciences USSR)
SUBMITTED: June 15, 1959
Card 3/3

'ARVOLID, T.I.- STASMCHO N.14*
Preparation and propeirties of oodium perborate
mnohydmte.
Izv.AN SSSR. Otd.khim.nauk no.lltl921-1924 N 162.
(MIRA 15t,12)
la Institut obshchey i neorganicheekoy khimii im. N.S.
Kurnakova
AN SM.
(Sodium perborate)

ARNM I D, -
Cand-Chem S
. Disaertationt "Comparative Investigation of the Kinetics
ol.' Changes in Fog
and Light Sensitivity During the Developing Process of
Photographic Emulsion."
1911010
All-Union Sci-Res Inst of Cinematography--NIKFI.
'VecherYgLya Mo"Va
sum 71

ARNOOS)h T.%..S.
C, A
Tompersh" -randeave of the of ripsaliss is
114 bougmpkk ealwal" and al ik dsvsby~
4 . Wy Absi.
mant TUB. .3. Arnaid and A. A. ROV. &
N4%k S,S.Sft.~ ", 12t3-1609M).-Tbe polot of View,
&(xvrding to which the centers of pbotowasidwily.-
which take part In the production of The centers of The
latent'
Imp, and the fog maters produced in the courm of the 2nd
peamit oI tha pionfogrophic emuh*A. haiv the maw
P
Ilic-Aft nature and an imned autocathlYlk-Aft at that
Pening stage, full dcvtj*nwnt being asertlys
inatterofthe
At miewr"tal attaining The sin of a Visible "develop
rZ,
Ineal crnI*j,11 is borive out by The sindlarky of the
dapes
g'
of the curves of The (1) (as d., IN. (without sation of
1100
I
as a function of The length. h. of the 20d 11 waing, am".
cvna. candlilonsoldvArknoncet, (2),Doxx a, Meti- of the
length, la,uldevelopnvent.at const. 4. and (3)
tistoptlead.,
P.01 the is"Ce asalunctionof the length, &.0lexposurvat
ronst.1jaw44. 7U 3curves are allsbuilaria shape to the
CUM of growth of the size of it development center as a
jurwtion of id. IU common mechanism of the processes
of W ripening, of expooure, arA of devek4motent is redur.
tin" of Ag* I"% by the constituents of the rellatin of
the
develow. Inumuch as the reducing agents an always In
vest eoven. thew Procraws are kiottically of the Ist
ottler.-
and, consequently, the tirne r necessary lot the
attainawas
of a definite t1se of the inciallic As grain, Le. of a
definite
optical d.. must be related to the. als. itnip. by Mae/
d(1/1) - B/N. Linear plots of In, against I i riot dit. t
ICVVVI Values Of Do or P EIVV for the AainlW t A
values mn&g (rom 111.9 to 41.9 kcal./niole.
E decrease# with Increasing dm of the center (Increasing
optical d.) particularly at the star of 2nd A Injf, much
Ito in flit dovelopment prorem, With hithly r1pened-
entuislons, and high D. the Activation energy shows a
tendency to increase with the slae of the developed
endis.
The autowalytirally serrkrated powth of a center if,
linimd not only with the Increase of the IrMsew? factor.
I.e. the lum-aw of the no. of the rrsailvc Ag I Ions,
but also
with an fitcrease of the catalytic activity of the
center witt,
Ito increasing slar. The fail of the catalytic aceMly of
a
center past a certain crit. bite it ftutvd to the
plwncwwnA
o(solarization and (fig insvrsjuu. N. Than -

~ev.'-"'n 'r ,Ira e sfeg;i'C4
k'.4 ~ , ,
.Ck
im-p 1,,

S/081/61/000/020/080/089
B140110
kUTHORs irnol-ld, To. _S_,_
TITLE: A study of the process of negative color film treatment
PERIODICiLt Referativnyy shurnal. Xhimiya, no. 20, 1961, 389#
abstract
20L428 (Tr. Vaes. n.-i. kinofotoin -ta, no. 29, 1959, 43-58)
TEM i mode of treatment of a negative oolor film using an after-
developer solution instead of washing after the development was
worked out*
In examining the after-dove 'lopaent process in salt solutions
of inorganic
acids and their mixtures in their quality as an optimal
after-developer
solution, a 0.21~ solution of sodium metabisulfite was chosen.
The studied
process of negative color film treatment is characterized by a
high con-
stan6y of the treatment oonoitions, which ensures a
satisfactory re-
produoibility of results.
5lbstraoter's notes Complete translation]
Card 1/1