SCIENTIFIC ABSTRACT IVANOV, K.I. - IVANOV, K.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619110001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7;7

1VIU10Y.-Krasam Ivanovich; KRYUCHKOV, Vladimir Aleksandrovich;
POGODIN., L.Ye., red.
(Reelized dreams; on the 20th anniversary of the libera-
tion of Hungary] Voploshchenrore mechty; k 20-letiiu osvo-
bozhdeniia Vengrii. Moskva, Znanie, 1965. 38 P. "Novoe
v zhizni, nauke, tekhnike. VII Seriia: Mezhdunarodnaia,
no.6) (MIRA 18:4)

ITAROT, K.I..inzh.; jLMOSHIN, R.A.,insh.; SHIFRIN, D.Ta., luzh.
Passenger ship for the Caspian Sea. Sudostroenle 26 no.9:1-5 S160.
(MMA 13:10)
(Inland water transportation--Passenger traffic)
(Caspian Aa--Shlps)

IVANOT, K.I.; KCRKULOV, N.Ta.; SOSNOV, V.D., redaktor; ABRAKOV, V.I.,
rMktor; ILIIKSrATA, G.K., takhaicheskiy redaktor.
[Work practice in operating UKT-1 cutter-loaders In mines of the
Voroshilovgradcoal Combine] Opyt ekspluatatsii koiabainov UKT-1 na
sbakhtakh kombinata, Yoroshilovgradagoll. Moskva, Ugletekbisdat, 1954.
75 P. (MLEWL 8:1 )
(Coal-mining machinery)

MIMKULOV, II.Ya.; ITANOV I.I.- FATOVSKIT, P.A., nauchnyy redaktor;
KONTSIVAYA, IRTROCHKINA, N.V., takhnichaskly re-
daktor.
[use of machinwry in mining) MakWwwrovannala prokhodlm gurzykh
vyrabotok. Hooky&, Vass. uchabno-pedagog. izd-vo Trudrewervladat,
1954. 86 p. (MLRA 7:9)
. (Mining engineering) (Mining machinery)

WANOV, K. I..
I---
Maintaining normal steam characteristics In a once-through
boiler. Energatik 2 no.1:14-15 Ja 154. (MIRA 7:1)
1. Machallnik smany kotallnogo teekha. (Steam boilers)

~[ A,
GRIGORITAN, Kh., inzhener; IVANOV, K., inzhener; SHPILIBARG, I.,
inzhener.
Metallic supports with hinged tops. Kast.ugl.D no.10:21-23
0 154. (MLRA 7:12)
(Mine timbering)

I :,I
. --7 11 IF
I t
j
1 1~ I
. I ; i

IVAMV, K.I.: hOUMLOV, N.Ta., inzhener; MASALISKIT, V.A., inzhener.
The MOK-1 mechanized screw-Jack steel prop. Kekh.trud.rab. 9 no.2:
28-32 F '55- (MLRA 8: 4)
(Coal mining machinery) (Mine timbering)

IVAXOTI- lonstantin Ivanovich; KIMS3RDIN, Mikhail Hikhaylovich. SHPIL83M,
- - ~-111,:`; ii ui ; ASTAKHOV, A.Y., redaktor; FROZORDVSSrAU, V.L.,
sichookiy rodaktor.
t:k
[The M-32 mechaaised screw-Jack mine prop for medium thick coal
seameJ KekhAnisirovannais. ponadochnal& krept K-32 dlis, Pl"toy
arednei moshchnesti. Mookva, Ugletakhizdat, 1956. 16 p. (MOA 9-.6)
(Mine timbering)

-ffAxO"o*&" at i4jva,#_OTs -t or;
_%a4kjFA7BISOVIGRq I.L., otvetst'rennj7 redaL
DIYAKOTA, G.B., redaktor Isdatel'stva; IFAIRZYBUTA, A.A., tskWebe-
skiy redaktor
CKPK machanize(I movable mine supports] Hekbanistrovannaia peradyishnals
krept KPK. Moskva,, Ugletakhtsdat, 1956. 42 p. (MIRA 10-1.)
(Kins timbering)

DCROKHOV, Xikhail Illich; JUj0,*,XQ
Xygaort 4; SOSNOV, T.D.,
otvetstvewW redaktor; . ., redaktor izdatelletva;
ALADOVA, Ye.l., tekbnIcheskly redaktor
[Mechanization and organization of drifting in coal mtneej
Mekhanizateiia. i organizatetta provedenita podgatovitellnvkh
v.vrabotoke Moskva, Ugletekhizdat, 1956. 215 p. (HIM 9:9)
(Goal mining machinery)

IVANOV, K., inzhener; PARAHDNOV, V., inzhener; SHILIBM, I., inzhener.
Metal props for thin seaus. Mast-ugl- 5 no.7:23-24 Jl '56.
(Mine timbering) (HMA 9:9)

VASILIVE7, A.P., dotsi%nt, kandidat tekbnicheakikh nauki ~VAMV, K.L.
",- il
kandidat tekhnicheakikh nauk-, LTGALOV, V.V.. lnzhen'e`r';""" `-"
FMSOV, A.A., inzhener.
Study of thermal piercing In mines. Gor. zhur. no-7:52-56
ii 156. (MLRA 9:9)
(Boring)

J74aiQV.. .4onstantin. Iv,anovich; SHPILBM, Ioeif Leybovich; ASTWOV, I.Y.,
otvetsivennyy r,e~iit:-orl; NADBINSKAYA-, A.A., tekhniciloskly redakior
[Metal, hinged, cap set mine supports] Netalliche'ikle aharnirrWe
verkhniaki zaboinoi krepi. Moskva. UgletekhIsdat, 1957. 60 p.
OfIBA 10: 5)
(Mine timbering)

IGIIATIYEV. Aleksandr Dmitriyevich, kand.tekhn.nauk;
Ivanovich, inzh.; PANOV. A.D., kand.tokha.nauk, red.; NIXONOV, G.P.,
6t"ftU~irinyy red.; OKHRTJIE]fKO. V.A., red.izd-va; KOROVENKOVA, Z..'A..
tekha.red.
[Hydraulic mining of thin and medium thick coal beds) Podzemnaia
dobychs uglia gidravlioheakim sposobom na plastakh tonkikh i
arednei moshchnosti. Pod obahchei red. A.D.Panovs. Moskva.
Ugletekhizdat, 1957, 324 p. (MIRA 11:3)
(I~ydrnulic mining) (ConI minon and mining)

IVAN inzhener; KRASNIKOT, Yu.D.. inzhener; TISHCHEIKO, F.A,,inzhener.
Invent new methods for mechanized coal mining. Mekh.trud.rab. 11
no-5:31-32 My 157. (MIRA 10:7)
(Coal mining machinery)

N994N.&I.. gornyy inzhener.
Roof control in hydraulic mining of thin flAt Beama. Ugol' 32
no,-7:29-32 JI '57. I(MMA 10: 7)
1. Veesoyuznyy Ugollnvy institut.
(Hydraulic mining)
IV

IVANOV, K. I., Cand Tech Sci (diss) "Stiidy of 49b methods
of han" -Po4f-IM- without strengthening the stope space An
thin flat seams of Aponbass." Mos, 1958. IL pp (Main Adminis-
ulv_ AL "_
tration of Sci Res and _~ro-jeak Organizations idr-Gosplan USSR,
All-Union Sci Res Coal Inst VUGI), 150 Copies (IM, 35-58, 1.08)
-36-
i- 7

AUTHOR: Ivanov; Engineer SOV/118-58-1-5/16
TITLE. On Coal Minin- in Stopes Without Supports (0 vyy6mke uglya
0
bez krepleniya ochistnogo zaboya)
PERIODICAL.-, Mekhanizatsiya trudoydmkikh i tyazlittlykh rabot, 1958, Nr 1,
pp 18-23 (USSR)
ABSTRACT: Referring to coal mining practice in the USA, Great Britain,
Poland and Western Germany, the author recommends the method
of mining stopes, without using supports. In the USSR, coal
mining of stopes without supports has been applied since
1938 at the first hydraulic mine at the Donbass, in the
mines of the NJ kopol - -Margarv--s Trust, and in the Y-azbass
mines of "Tyrganskiye uklony" and "Polysayovskaya-Severnflyall~
In most cases this led to big losses of coal in the depths
of -the earth, due to the bad consistance of the roofing, and
therefore the possibill'Zy of support-less mining depends
mainly on the properties of the roofing. The Vsei3oyuzriyy
nauchno-issledovatellskiy ugol'nyy Institut (All-Union Scien-
tific Research Institute of Coal Mining) has analyzed the
caving properties of various mine roofings to determine the
best roofing conditions. One may draw the conclusion that
Card 1/2 the application off such mining can be realized as well in
-.i. -17, ~1[`-jjj`~71F
j: '17.
1111-11f
lip
~j q p
11 1 111

On Coal Mining in Stopes Without Supporte SOV/118-cia-1-5/101
hydraulic mines as in mines not equipped with hydraulic
mechanization means and urder the most different geological
conditions. The basic supposition of applying efficien"t-ly
tile ,qrious riethods of coal mining of stopes without sup-
ports, is a correct control of the roofing.
There are 4 diagrams, 1 table, and 1 photograph.
1. Mining engineering 2. Underground structures
Card 2/2

127-56-6-12/25
AUTHORS: Ivanov, K.I., Candidate of Technical Sciences and Mall-
cff'onok, V.O., Engineer
TITLE: A Calculation of the Acceleration of a Percussion Drill in
Cable Tool Drilling _ (Opredeleniye uskoreniya burovogo
snar,yada pri udarno-kanatnom burenii)
PERIODICAL: Gornyy Zhurnal, 1958g Nr 6, pp 44-48 (USSR)
ABSTRACT: The authors analyze various formulas devised for the cal-
culatina the acceleration of a percussion drill in cable
tool drilling f-Ref. 1, 29 32 and present their own
formulas, devi6eu by analytic and graphic calculation.
There are 3 graphs, and 3 Soviet references.
AVAILABLE: Library of Congress
Card 1/1 1. Drills-Perforymnee 2. Mathematical analysis

PHASE I BOOK EXPLOITATION 845
Yakhontov, Aleksey Dmitriyevich, Ivanov, Konstantin Ivanovich,
Zinyuk, Yuriy Nikolayevich,
Oksilikvity, ikh proizvodstvo i primeneniye (Liquid Ox:Tgen Exlpo-
sives, Their Manufacture and Use) Moscow, Metallurgizdat, 1958.
230 p. 2,200 copies printed.
Ed.: Garkalenko, K.I.; Ed. of Publishing House: Partsevskiy, V.N.;
Tech. Ed.: Islentlyeva, P.G.
PURPOSE: This book is for engineers and technicians working in mining
industry and planning organizations. It can be used as a practical
handbook in the organization and performance of mining blasting op-
erations.
COVERAGE: This book covers the general topic of liquid oxygen explo-
sives, also called oxyliquits, used in the USSR and abroad. The
Card 1/5

Liquid Oxygen Explosives (Cont.) 845
physicochemical properties of oxyliquits are described, as well as
the manufacture of cartridges with the use of various absorbents.
Blasting operations, safety procedures, and liquid oxygen tech-
niques are also included. Much attention is given to the oxy-
"Liquits with peat as the absorbent which were used in the Norillsk
open-pit operations from 1942 - 1956, where the authors were
employed at that time. The authors participated in the study of
new explosives and of their industrial application. The tech-
nique of blasting with oxyliquits Is described in detail for the
case of percussion-cable drilling. A comparative evaluation of
oxyliquits as explosives for m 'ning operations is also included.
There are 89 tables, 91 figures, and 56 references, 40 of which
are Soviet, 14 English, and 2 French.
TABLE OF CONTENTS:
Ch. 1. General Information On Oxyliquits
Introduction 5
Use of oxyliquits in the USSR and abroad 6
Card 2/ 5

Liquid Oxygen Explosives (Cont.) 845
Use of oxyliquits in the Soviet Union 6
Use of oxyliquits abroad 17
Ch. 2. Physicochemical and Explosive Properties of Oxirliquits
.Oxyliquits as an explosive system 29
Reaction of explosion of oxyliquits 32
Structure of LOX explosives 33
Life of LOX explosives 36
Cubic density of LOX explosives 59
Detonation velocity 61
Briaance 65
Efficiency 72
Heat of detonation and the power of LOX explosives 73
Sensitivity of LOX explosives 76
Ch- 3. Absorbents for Liquid Oxygen Explosives, their Prep-
arationY and Manufacture of Cartridges
Specifications for absorbents 99
Card 3/5

Liquid Oxygen Explosives (Cont.) 845
carbonaceous absorbents 101
Cellulose absorbents 106
Mixed absorbents 117
Technology of powder and mixed absorbents 121
Technology of briquetted peat absorbents 123
Control of the production of peat absorbent cartridges 131
Ch. 4. Manufacture, Storage, and Transportation of Liquid
oxygen
Liquid oxygen and its properties 133
Preparation of liquid oxygen 135
Storage and transportation of liquid oxygen 148
Ch. 5. Blasting Procedure With the Use of Oxyliquits
Blasting oxyliquits in bore holes 1611
Selection of the diameter of oxyliquit cartridges and the
compression diameter 165
Calculation of the size of the charge and calculation of
operations of loading the drill holes with oxyliquits 166
Method of chamber-charge blasting of oxyliquits at the
"Norillskiy Kombinat" mines 199
Fragmentation of boulders with surface oxyliquit charges 2025
Card 4/5
FTP

Liquid Oxygen Explosives (cont.) 845
Blasting boreholes with oxyliquits 203
Ch. 6. Economic Efficiency of Oxyliquit Application 209
Temporary Instructions for the Manufacture and Use of LOX
Explosives for Industrial Applications 217
Bibliography
AVAILABLE: Library of Congress
Card 5/5
GO/nah
12-9-58
226

IVRNOV, r\-1-
14(5) PHASE I BOOK EXPLOITATION sov/2769
Baranov, Yevgeniy Gerasimovicb, Pavel Stepanovich Danchev, Konstantin Ivenovich
Ivanov Vladimir Olimpiyevich Mallchonok, Aleksey Dmitriyevich Paj3hkov, and
iiei~;ndr Nis-anovich Khanukayev
Issledovaniye protsessov bureniya i vzryvaaiyEL s primeneriiyem kinos yemki
(Photographic Study of Drilling and Blasting processes) bloscmr, Ugletekhizdat,
1959- 186 p.:2,000 copies printed.
Ed.: K.V. Pavlov; Ed. of Pablishing House: T.I. Koroleva; Tech. Ed.:
A. Sabitoi?,
PURPOSE: The book is intended for scientists and engineers in the mining industry.
It may also be uzed as a textbook in institutes of higher technical training.
COVERAGE: The book contains the results of a photographic study of drilling and
blasting processes. Analysis of the operation of perforators and percussive
drilling rigs, and the study of explosion phenomena by filming helped to reveal
Card'1/5

Photographic Study of Drilling (Cont.) sav/2769.
the physical nature and tlxe regularities of high-speed processes and to indicate
ways and means of increasing the efficiency of drilling and blasting work.
Photographic work was done at the Central Film Laboratory of the MVO by B-V-
Frantsisson and, B.G. Sukhov. The author thanks M.M. Dok-achayev. There are 56
references: 48 Soviet, 4 English, 3 German, and 1 French.
TABLE OF CONTENTS:
Introduction
Ch. I. Investigating the Operation of a Drilling Unit and the Ways
3
of Increasing Working Speed of Drilling 5
1. Wature and method'of investigating an operating outfit 5
2. Drilling regime in the study of perforator operatione a
3- Oscillatory motion of the perforator 10
4. Operation of the percussive mechanism 14
5- Operation of the rotato-iy mechanism 22
6. Transmission of m-e-chdal cW e'nerg3r to the crushing action 26
7- Weys of increasing the actmal drilling speed by meanq
of piematic percussion. drills 37
8. Comparative evaluation of pneunatic drills of different design 44
Card 2/5

PAotographic Study:of Drilling (Cont.)
SOV/2769
Ch. 11. Studying the Work Regime of a Drilling Column in a Boijehole
During PercussioA Drillin 48
9. Metho6 ofstudying the drilling regime 49
10. YelocitjF resistancea of a colimm falling in a borehole 50
11. Velocity and acceleration of a bit falling in a borehole 60
12. The efficiency of percussion dri.,11ing 68
13. Maximal weight of a driUing column 70
14. Consunption of kinetic energy:by a drilling column in
overcoming mud. resistance 75
Ch. III. Studying,the Physical-Nature of the Rock Yracturing by
- Blasting' 78
15- Methods for dtudying the physical nature of the fracturing
of'rocks by blasting 78.
16. Method `s'for studying parameters of an.elastic wave 80,
17. Certain data on wave propagation in a homogeneouselastic
medium' 83:
C ard 3/5

R "He I k tilt M1111MM"faul fail C
Photographic Study of Drilling (Cont.) sovP769
18. the inves-
Elastic co ustants and mechanical characteristics of
:
tigated rocks, and materials 84
19. qualitatiV6 charactepistics of the frakuring procelso in rocks
by blasting
20. quMtitative regularities of the fracturing process in rocks
1
and materials of high acoustic r
igiditY 110
21 '
The effect of phase shift of tvo vaves on the blasting
efficiency 125
2-2. The effect of the shape of the charge, the properties of the
explosive, the size of the chix9e; and the production methods
on the mechanics Of fracturing tbe-~Igh acoustic rigidity rocks,
and the ways of increasing the efficiency of the OlUtic VaVe
energy. 129
23.. Suggestions for improving the quality of hard rock fracturing
by blasting' 132
Ch. IT .. Studying the Process of Rock Fracturing in Instantaneous
and Delayed-action Blasting 134
24. The scope and the methods of studying the,fracturing process
~ by blasting 134
25.. Conditions for carrying out the experimental work 138
Card 4/ 5

Photographic Study of Drilling (coat.)
SOV/2769
26. AnalyiIng the results of the Investigated blasting processes
27. Classification of methods used in.rock blasting
Ch. V. Study of Grquad Action in Surface Blasting
28. Methods for.carrying out experimental studies
29. Experimental study of ground motion during blastizg
30- The effect of the minimin resistance direction on the
rate of ground uplifting
31-: Relation between ground uplift and the weight of the
blasting charge and the efficiency index of the blast
Supplement
Bibliography
kVAILABLE: Library of Congress
Card 5/5
142
1%
160
161
163
]:To
175
183
,mm/gilp,
12-30-59

28(l)
SOV/118-59-4-15/25
AUTHOR: Ivanov, X.I., Candidate of Teclmical Sciences
TITLE: The Excavation of Coal Veins Without Using Face Supports
PERIODICAL: Mekhanizatsiya i avtomatizats4-ya proizvodstva, 1959,
Nr 4, pp 41-45 (USSR) I
ABSTRACT: The author refers in detail to various methods and.
machines used in the US, Great Britain, West Germany
and France, for working coal faces without supports.
Following a suggestion made by the Dnepropetrovskiy
gornyy institut - DGI (Dnepropetrovsk Institute of
Mining) and the Donetskiy nauchno.-issledovatellskiy
ugollnyy institut - DonUGI (Donets Scientific Re-
search Institute for Coal), successful tests have
been carried out for the last few years with coal saws
in steep-pitch coal working. The coal saw is a
toothed cable, the reciprocating motion of which is
accomplished by 2 winches, placed in the ventilating
Card 1/2 entry. Despite lack of experience in using means of
~IUM ; 11

6OV/118-59-4-15/2.ql
The Excavation of Coal Veins Without Using Face Supports
excavation without face supports, the method has
proved to be promising and economical, There are
3 photographs, 2 diagrams, and 1 sketch.
Card 2/2

SIDOROV, I.P.;BABOKIN, I.A.;IVANOV. K.I.;K&LINIKOV, S.S.;POWNKTOV, Y.M.
Results 01~ industrial tests of auger underground coal mining
sYstem. Ugol' 34 n0-11:13-18 N 159 OURL 13:3)
1. Glavnyy inzhener shakhty 90.7 tresta Novovolyaokugoll (for
Sidorov). 2. Institut gornogo dela AN SSSR (for all except Sidorov).
Uvov-Volyn' %sin--Coal mines and mining)
.(Boring-machinery--Testing)

IVANOV, K.I., kand.tekbn.ns-ik
----------
Using UVK t7pe coal-sawing machines for thin stoopI7 pitching
coal aeama. Ugoll 35 no.2.113-17 F 160. (MINs. 13:5)
1. IuBtitut gornogo, dela AN SSSR.
(Coal mining macbinery)

IVANOV, X.I., kand-tekha.nauk
Creating the conditions needed for the efficient uae of narrow
range coal mining machinery unite. Ugoll 35 no.7:59 Jl 16o.
(KIn 13:
(Coal mining machinery)
H
L?
r
M
4P,

IVANOV. K.I.. kand. tekhn. nauk
Mining steep coal seams with BGI-tMm rope save manufactured
by the All-Union Scientific Research Institute of Mine
SurveyinR. Nauch. soob. IM 11:56-65 161. (MIRA .16t4)
(Coal mining machinery)
,11 :-, wl~

IMOV, K.I.; GOYEV, V.N.; USHKOV, N.N.; YARMAK, M.F.
Study of rock breaking in percussion drilling, Vzryv,, de~o~no.46/3i
21-28 161. (MIRA 15:1)
(Boring)

VASILIYEV, A.P.; IVPIIOV, K.I.; DUSHUTIN, L.S.; NOVOSELISKIY, Yu.A.
Study of rock breaking in thermal drilling. Vzryv. delo no.46/3:
79-97 '61. MILRA 15--1)
(Boring)

IVANOV, K.I.; MAVCHONOK, V~O-
Effect of the height of the tool's fall and its weight on thp
efficiency of cable drilling rigs. Vzryv. delo no.4613:98-10'-
161. (MIRA 15:1)
(Boring machinery)

BELOV, A.I.; IVANOV, K.I.; KLOC4XO, N.A., SIDOROV, S.F.; USHKOV, J~j4.;
YARME-,-K-.F-.
Ways of improving bits for BA-100 air percussion drillin Riga
Vzryv. delo no.46/3:232-238 161. i5:1)
(Boring macbinery)

FU
-jYa1QV,-jLJ,,-md.; LIPSHTEYN, R.A., red.; SIIAKHNOVICH, M.I., red.;
3,11NOVA, Ye.A.9 red,; LEVINA, Ye.S., ved. red.; YAKOVIE",
M., tekhn. red.
[Improving the quality of transfo=er oils]Uluchshenie ka-
chestva transformatornykh masel; trudy nauchno-te',,d2nicheskogo
soveshchaniia. Pod red. K.I.Ivanova, i dr. Moskva, Gostop-
tekhizdat, 1962. 134 P. WRA 15-- 12)
1. Nauchno-tekhnicheskoye soveshchaniye po uluchsheniyu kache-
stva transformatornykh masel iz vostochnykh sernistykh i dim-
gikh neftei. 1961.
(Petroleum--Refining)

GLAZUNOV, V.N.; rIANOV,_ KJ . KLOCHKO, N.A.; KUDRYA, H.A.; USHKOV, N.N.
-- ...I
Foreign tools for drilling slim holes. Gor.zhur. no.~~-39-42
Ag 162. WERA 150)
(Boring machinery)

KMINP G. L.; BABENKOV, I. S.; IVANOVIK., . MEDVEDEV, 1. F.
S, - , - ~ --- _ Ij
Photoelastic method of modeling the stress state of a drill and
a rock. Gor. zhur. no.10:30-35 0 162. (MIRA 15:10)
(Boring machinery) (Rocks-Testing)
(Photoelasticity)

VASILIYEV, Petr Vasillyevich;,.IVANOVI Konstantin
KARNYSHEV, Anatoliy-VmTrrryevigrl,---irgurm-muvr";-
S.T., kand. tekhn. naux, retsenzent; KAZAKOV, B.Ye., inzh.,
otv. red.; OKHRIMENKO, V.A., red.izd-va; LOMILINA, L.N.~
tekhn. red.
[ControLUng roofs in flat seams) Upravlenie krovlei na
pOlOgikq plastakb. Moskva, Gosgortekbizdat, 1962. 249 p.
(MIRA 16:8)
1. Vsesoyuznyy nauchno-issledovatellskiy marksheyderskiy
institut (for Kuznetsov).
(Mine timbering) (Coal mines and mining)

SUDOPLATOV) Aleksey Favlovich; IVANOV. Konstantlu-IYAAQY1ch;-
BABOIM41 I.A., otv. red-.-;W-HRLMMO, V.A.., red. izd-va;
MITSKERJI L.I.t tekhn. red.
(Now high-efficiency methods of coal mining] Novye vysoko-
proizvoditellnye sposoby dobychi uglia. Moskvas Cv3s.
nauchno-tekhn. izd-TO lit-ry PO gornomu delu 1962. 164 P.
4-Mu 15 -.2)
(Coal mines and mining)

LOKHANOV, B.N.; KOVALENKO, V.A.; EETANELI, K.P.; VESKOV, M.I.; DRANNIKOV,
S.A.- IVANOV, K.I.; BEREZNYAK, M.N.; VASILIYEV, Ye.l.;
TSETS
Trial operation of cutter loaders in minl.ng with the room-and-
pillar method. Ugol' 37 no.8s33-35 Ag 162. (MIRA 15:9)
1. Krasnogorskiy razrez (for Lokhanov, Kovalenko). 2. Institut
gornogo dela im. A.A.Skochinskogo tfor Bitanali, Veskov, Drannikov,
Ivanov). 3. Kemerovskiy gornyy institut (for Bereznyak, Vasillyev,
TSetsullnikov).
(Coal mining machinery-Testing) (Mining engineering)
I ;IiiP viij
r!

IVANOV,_Konstanti -,v GLAZUNOV Voevolod Nikolqrevich;
5-- jp~ L =avAq4 I
NOION, Mikhail Fedotovich (deceased]; BRONNIKOV., D#M,)
doktor tekhn. nauk, retsenzent; VASILICHIKOV) N.V., kand.
tekhn. nauk, otv. red.; KOSTONIYAN, A.Ya., red.izd-va;
LOMILINA, L.N., tekhn. rod.
[Modern methods of hard rock drilling] Sovremermye metody
bureniia krepkikh porod. Moskva, Gosgortekhizdat) 1963.
191 P. (MIRA 16-12)
(Rock drills)

IVANOV, Konstantin Ivanov:Lnh! USHKOV, Nikolay Nikolayevich; YARMAK
ff6 GOYEV, Vadim Nikitich; TARASOV,
I L.Ya.
otv. red.; PARTSEVSKIY, V.N., red.izd-va; SABITOV, A.,.
tekhn. red.
[Boring holes in underground mining of ores) Burenie shpurov
i skvashin pri podzemnoi dobyche rud. Moskva, Gosgortekh-
izdat, 1963. 130 P. (NIRA 16M
(Boring)

BEGAGOYEN, Izrall' Anatollyevich, kand. takhn.nauk; DYADYURA, Arini
Grigorlye'vich; DOBROBORSKIY, S.I., kand. tekhn. nauk,
retsenzent; IVANOV, K.I.,-kand. tekhn. nauk, otv. red.;
FROIDVA, Ye.I., redJzd-va;-IL'INSKAYA, G.M., takhn.red.
[Design and construction of modern rock drills and air ham-
mers] Ustroisteo i raschet sovremennykh perforatorov i
pnevmpudarrAkov. Moskva, Goagortekhizdat, 1963. 178 p.
(Mift 16:8)
(Boring machinery)

IVANOV -1 K.I., Icand. tekhn. nauk; BETANELI, K.P., inzh.
Using the seismic method under natural conditions to study the
stress state of.coal pillars. Nauoh.' soob. IGD 20s29-43. 163.
(KM& 16 t 10)
(Coal-.Seismic properties) (strains ard stresses)

IVAAIOV, K.I., kand.telchn.nauk; BETANIELI, K.F., inzh.
Some results of full-scale testing of the bearing capacity and
the stressed state of coal pillars. Ugoll 38 no-3:21-28 Mr 163-
(MIRA 180)
1. Institut gornogo dela im. A.A.Skochinskogo.

IVAI-TOV., K.I... kand. tekhn. nauk; BETMIELI, K.P., jnzh.
Studying the deformationso bearing capacity, and stressed state
of wide coal blocks. Ugol'39 no.6:20-25 16164 (FORk 17:7)
1. Institut gornogo dela imeni A.A. Skochinskogo.

K.l.
Sequence of autoxidative tranufonnations of riovpn2 ra:,!~,anes, Dokl .
AN SSSR 160 no.1:115--118 Ja 165. (M-`Fil 18:2)
1. Toplotelchnichosk,.y Jnst!.tut In; . F.E.
Dzerzhinskogo. Submitted July 3, 1964.

ACC NR: AP7002570 (A, IV SOURCE"C'ODi. 1~ii*041*3/66/000/023/0062/0062
INVENTOR: Ivanov, K. I.; Zeger, K. Ye.; Chmovzh, V. Ye.; Polyakovalraya, V. I.;
Kudryavova, M.
ORG: none
TITLE: Method of improving the antiwear and anticorrosion properties of heavy liquid
fuels. Class 23, No. 189110 (announced by All-Union Heat Engineering Institute
im. F. E. Dzerzhinskiy (Vsesoyuznyy teplotekhnicheskiy institut))
SOURCE: Izobreteniya, promyshlennyye obraztsy, toVarnyye znaki, no. 23, 1,966, 62
TOPIC TAGSz fuel additive, antivear additive, anticorrosion additive.
ABSiRACT:
An Author*Certificate has been issued for a method of improving the antiwear
and anticorrosion properties of heavy liquid fuels [unspecified], involving the
introduction of additives based on compounds, soluble in water or organic
media, of the type VeX, + AlX2, where Me is Ca, -Mg, or Zn, and XX and X2 are
an-lons- or functional groups, taken in qu:~ztities sucb- that.the XI/Me ratio he
0.05 to 0.95.
SUB CODE: ll/ SUBM DATE: O5Apr65/ ATD PRESS: 5112
'_Cacd 1/j..__ UDC: 54.6,27126 :6 0.1917.

- ... . . , ,
11h

I 'A C,;Q (f 1. 1 0
L _L g p1
r g I f V I A I t4 C
.

OxMubW(y of atimarall ads. H. G. TtactimIN Ali K. Af/fIrOnsh'
x4a)"Isho It. 070 U10M.- -Haku OrA oil lfralill will) lDn^ff1rvxr.
00 iadiled in 3 jxm,6ovm JoHowed by a washbig with tAls wAtcf, rail Im will' I i,

so
itinentimio
at 15 atm. by heating at 150' for 3 hm to a latmin. no. of IM 3. while a ttro
,
6% of alrutn (tii% utkkr icktitkal ccoditims ykids in oil d M -Almiti. titi, a(MO
the six;vr midatitm test. An addril. tivalfromt cA the till ith.',o% sk- "An. and wi4,~
0 mg with tali water inovams the oxidigability "imitivfably. if Or ttr6%(vd 41d %till
a, '4.46failm %III-All djummitlem fit Isoplothenic vxkts it *h,,ul.t Im W"-JWd "ith MW* ale 111d
i
o,.. .;A"
Walry, A tn~tvwnt with 2Wi, (J the suit, (hy wl,) W Mi. wid -alm "
(I"m tilt qviljiv~* a "Imill, fit]. 0( lia'dult'r onkuti'm '111raddit
-ilt- id K. Na. U, Fe vid %Ili tip an and treated oil inetritm-,, m im-limb-IIIi, 11"
0 Alxivr oxidalum inctisixt 6 on-d in doz. the stabiliti, 4 od, A~ A 11milm kN..bt 46
00
09

90

:o*
1 -
. .00
00 j 7. 0
00
so :.19 0
-t IAL

'
0
0 v0
0

' I v A W a q 4
I W
0 0 0 0 0 0
;
%0
1 0 0 0 0 0 0 4 0 0 0 4 4 0 0 0 4L 0 0 0 0 0 0 0 0 0 0 111 0 16 0 0 alp
r 6
0 0 0.0
-0
~ A
0 0 0 0 0 0 0 0 0 * 0 0 0 0 O
00 0 0 0 * 4 * 0 0 * 4 0 * 0 0 0 0
0 0 0 0

got MAMAMP
0 0 0 0 0 0 0 0 0 A 0 0 0 0 0 :11: . i i i a 4 6 4. 0 4 0 0 0 4 0 *!
0 M! I I 1 0 " 11 u It SO to 16 It it 4 J4 is Is a a to a At It u bf 0 4 It it 0 a 41 0 U V ato
A A a L ~&~ m P 0 4 j 11 . V" 1. " - fJ-PA 14 M 0 U I i 1 4 k . s . *.. s, -s- j..-
4 1, , -D )-P P69121
Oddatim oi petrolem olls undor the actios of Catalysts wbkh caaW be detmit"i -60
bY a1W tkdl Mtth*ft X - I - ]lVA v, Apm K N I'mim, J. Gea. Chem. (ti. 8 S. R.)
1. No. 9.1 as wSll as oils refined with lijiim W. at low -00
temps. or fichtly, twated with 11,SO. art mucl more easily oddised to ac;ds by 0 I.e. '0
five they am wa%hrit with tap water than after. lAstil water is without rMect. Sym.
0 thetic tap water prvpd. frum 4istd. watcr 6 &6o hwffvctivv. Thii unknown tgent
00 Ar con tw removed from water by treating with HIM)# and then wiih C*(Off)t. Fspt.s 0
were confin"I to light distiltates from l"khanul and Gmshulcrude
00 z oils.
00
Ot
goo
Oe 21 ego
'!;:so
06
400
AS. WETALLUPOCAL LITERATURC Ct.ASVIFKATM-
ke
0
111., 0-1!
Ism., .6,
u Is A $0 is
1; ; t, nir 0, if via nn n Viet umman
0 0:9 0 0 0 0 if 9 0 0 0 0 6 0 0 0 0 0 0 0 0 0 0 c 0 0 a 0 it 0
0 0 60,60 0 0 0 0 0 0 0 0 * go fe 0 0 is 0 019 00

a it a a 14 is b 0 a It a 0 bi 30 10 v a 0 IS
sob f pro"" la saft-W
pohmmum OU116 IL 1.
04114 lk ftm (J. Got. chem"Naw; im-
at
smay, hw"SM4 show Wash.
Aim!
I* a OWN taust
Coo
-'too
oov I
too
OPP*dk VSK* Bpi* I
MW a"-10 have 84 "4mty oqtd to;*&
I too
'
too
"A"a%v ~J~ IOU111644
~o
OM
0 0 0 0 0 0 0 0 it, 0 0 a 0 0 -flop 9~
_~w e

*
o 0 4
,
-
V1
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o
s
00000000 0 0*0040 " T
gal I I t S 1 1 4 t .4
A S.-C T.- ; 112 is if Is 11 11 It It 29 f ;I a a J14 It A it I AD Jt S, 11 it is Ad v W 0
L-JIL-AL F- Q R 1, T 11- F.LE-A-1-k AA W.CC W, Fit...E . 1 1,-4- .1 .1. _k &1 41 4) 44 d 1?0

XXPGdMSUbd krimsoatioss, *4 kaidue &V= tbe
rksasy Car hvm Run" Sub (at tke 6peow
IV Ww"O.Y.
1k*
WiWM
h
t
a
-00
&
a
wadi" 4
t,
j
0
N
r
G
64
1
-00
.
.
.
.
es
4WA444a (14*Wmd) 1, 2iia.14
00
(1934)-Tbe addav, of the pirkaary uw had d. ImI4. ~00
Breaken fissith point ISO'. Jim Tiviroulty 6.5, pow oat
+ 18'
Maus I n
18
tai
d
d
h
h 3 Al -00

a 0 o.
con
ne
fto
,
, an
. scido
P
2.46, bassio, OM
I aispbaltimito M10. Cub"es Uld cu.
.00
0 It Wds 3.10, taller a oath reWaj 2M.M), vA ocatrol ftddut 11400
43JO%, Hydeogeottlost *as Midacted at NO-W1 for
=00
so 4-4 hn. MW We obtained from the noulty#ragesuittf!
crude-tar bottoms we chavied&W by a higiii op. jr,
and a consilderabbe oddisiability. taming ppts. Through
hydraccivitim the YM& al lubricating4l haoJocus am
Mfwd by about 30%, op. tr. is lows and stability 0
!;I toward oxidsition U --va . Hydrogituatioss in the
iii
00 Ni a" or Ma oxide catalysts yktded am oil Cleo
C

all
talood consider" Jews redom subotances
=00
than that Obtained ill the of catalysts. Mo oiddit
wU Roace Active thfou. Ni oldide, Puticulsoly at higktr
t-ps. Oils obtalued on hydrogenating bottom coutc
.
nwaous voliftances
Phisl9ft acide and bom wen o
ww
,
q
find had a hlow yW thisis Man pund
,"-b !. Pins-
UmiDW MU
Th
b
t
e
M.
es
temp. was a
bou 3W and
th
b as 0

i
E e
est 4 hm A. A. H.
!:Go
i age
If L A
J91ALLOGIC AL UTERA11,111 CLAISIFICATWO
_ woo
t

0 w ODSO J, I a W 0 W 0 1 W Of 9 a 0
WK Ice Itlit Ruts it ~,Lft, illif 2 0 v
d"
0 0 0 a 0 0 0 0 0 0 0
1 0 0 0 0 a 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
N
1 0 41
:
a 000
10 0, We 0 00 0 a 0 0 0 0 0-411-111111, a 0 0
0 0 0 * 0 0 1111 0 0 0 0 0 0 *

.00 0 a 4 a 0 a a 0 a 0 0 0 a 0 4 0 a a a 0 6 f 0 0 0 0 0 0 0 0 0 &
~". -~V-
06 a 6 0 6 0 0 0 0 0 a a a 0 a 0 0 a 'QF 0
; tvi 0 0 0 0 0 6 0 0 0 & a 0 9 111 0
14 is 14 1? to " bitti? 014n silt a of 13 11 Un so* siv MOV41 Q630d4o
,A ~11"--2 L 1--rk I p Q
61 ..0 I-D COPENS 00
.4 qNs
06 A The role of comlimeaw 90 to orploalone In otUpe 1-00
columns. and A.A. Lutl~io- -00
kit. J. . R . tr4ok-0 1034. No. 12. M.N. - I
I'll Untleir u4nial tirtwking cotidifloaq dic lubricalitill oil -00
U-cd in the compressor is not Wie", and hence cannot be
the rause of explodons. Products which accumulate In
tile heat-e3mhange &PP. am nitrates, nitrites and vartoo%
e4ij. M-4vilids. Hitplesions are probably due. to iflito
CO-oltNts. end Cliff. This fact Indicat" the nml fw owtv
Ik nsirlill purificAlion of the aff whlell Is coulpivssell.
hl 1,4-Iti X00
0 jl~ zoo
0 a -04
:
0
roe

00 9
e,
a floe
tso
via-, %I- sit'.
wo
wilt J, 141910 kV ONE "1 411
9 1 9 AD 437 IF
b U s A- -0 is ;
ED It ;14 KIT few Mean 1101RWA
0 0
;0*0.4 6 0 0 0 00000 0 0
0 10 0 0 * 000 0 0 9 0 9 0 0 0 0 o1z"

000*00 goo *of* 0 a
000000 0 0 a 0 a 0 0 066 00 0
i I I & 1 0 1 1 V Ic It u M t$ It it W SO
A A 2 1 L L
A
9 0 0
3, a It W If M 0 to It it W 41 M u a 4m$
PA U . W... _%_A_A_*' A
NO ~..-
The idw sfte at combastim ot tud hydrocarisons.
I wW V. K. Savinova. J. Applid Clam.
go .1 , ; &.--
s. 0"14. German the
oxidation by air of PhUe (1). methylcyttobuane (U) &W
00 a heptace (UL) In a specially constructed lab. afp. (dc- .00
00 scribed &ad Wustrated). with variom concus. at hydro- -404
cubou and at vackus temps. in the vapor phase. a variety
09 of products. smb as hydrocarbou, acids, aldehydes, _4141
00 1 ketcoesatitl aks.t were obtained. The hilit t icid off
00 wMatim prodocis beloce ignitiort kkuast: I. L "U, I.
11,111. Over a considerable temp. t sage the temp. cucff.
00 01 oxidation Is I for Ill end even less for H. 14% was =00
00 fumed in the initial stage of oxidation of H stul 1U.
Among the condensation, products from 11 and 1U were
Substances of the tr of art. peroxides. The final prod-
0*
dc The
nets of the tbecuis dceompn. depend on the temp.
influence of the above phenomena on the detonating pcop- goo
crtics of the fuch b ausirsed. Thirty refeivitm.
A. A. DoebtlinSk
LOO
4 ZOO,
440
300
NOS,
too
it
01511.1LA NITALLURGKAL LITINATM CLAISIFKATION tg 0
7-
411113 out QHT I.T1
u is IV 00 LSI; a W 0 a 0 1 W if 9 a 4 3
to 0 M a a It
0 0 0 0 0 0 4 0 0 0 0 0 0 a a g 0 6 0 0

'a a 0 a & # 6 a 0 e C a 0 0 4 0 isito efe*0606 ##cisisit 04 0 mesaie* 41 0 41 0
00 4 0 9 * it 0 0 0 0 0 0 0 0 0 0 6 0 : 10 W-0- 0 0 4 ~ 0 0 ! 1'* 0 o- 0 4 & 9 0 0 a 0 0 4) 0 4) 04
03, 1 j1 4 1 a I a V v it q il 14 11 is 11 it is 111) timll 9"Jo 4 P) )d filfillIAM41V it &1 44 t; r*
-A S..L.-S-A-L C. it P 4 1 1 1 Y V O-A 1, 1. AA K 4L W U A A I A I,
* a A - I
00 0 F: i
I A) . .....
*0 This f114"CU40'Of 1114414AMMMM cataqwtv for ths syn-
thirtla of smedmaw. K, L ( Y. and V. 1. (lusty. 1.
C2t&-
Chem. f4d. (NIUKOW) 12. 17801
so trot of MznO.I.5CrA is &~t U"' it is 'mott efficient at
/3710% hut as Its use is continued, the optimum temp. rlw~j
4owly to 4(1)*. Very high rates of passing the g&3 tiver it
00 favor MrON formation. while km rates of passing the go%. -0 it
00 At or teriiti,4. above 400' begin to favor C116 rotmatiort.
see
ass
e& 2
;q As I
'70 j
-400
400
-so f: :' - , I ~1 1
V a L A W&W.PrOCAL UltRATWIt CLAIlifKAMN
1UN, I-Ol
$11,111Ct-4
ti AV 10 &1;; to IY110'" 0 lit "Sao 36 t
Or 0 0 It at a a of U n a a It M KID a I it
0 0 0 0 0 0

lamull-31. Mm lit III.
so 04 :000i
0 0 0 e 0 0 0 0 909,0009 0000110*00*000004:1"
ea. 8 1 0 is I) is " Ili is 11 W lip is a a 0 VADII ROJOID at 11 011649 44)0d'eo
11 1-C-9 -&-a I A L S_ _X_ P_ 11- 11 ~ ' " f - 9 _11. I AA 10 CC 1101, IL4.J.. I,1 It .... 4.~J' #_I_4
0o 4
A asome Petetwe twmd to tkat km dqp d *A
of cyidithicum. K. t. baimov. I. G".
so A :1 Ckent, (11, S. 4. R.) 4. 47W7(WJ7'--'CYCmqUft (1)
by as 1114A. it"Atat (IV). 111 (13% Id Immd
was oxidized in the vapor pham a Umthod previatidy 1.00
0417-1-6! pale Yellow liquid which a
(C. A. 29. 672Y) described- S;ecW meatimm war .1 1 Citiod, at
it taken to collect any ptrosidIts. fornwd and to miciatiw 3 mm. without dm'uMpti- III, A* 1.410, d'"MIS .00
to give in%A. 4ofid-. m)l- in HiP. Acue. Meo
their dti;mpri, Nonvolatile liquid peadwU wisich um with 111( -00
not twfietl skms by the streans of hot jam wetit ressortle F10H, McsCOH. lIh0H anti Moll, diffiruhly -M. in
immediately thfuuxh a I diasy I ta re- C110j. Phil andpeir-clittv; 9Avtk*h4I-mIAcfi'6ePeI"11 111: -00
RIM 8 La o a quar
p
cefir" coverril with black Pap" 'M cooled vztff=Uy, reactions with K1, 'D(h and VAh. Ul with NAUH savir .00
Air waz paswil at 39", cc. Imin . The ratict of sir/I In .asog. atomic 11, the quant ity of it hich Ira% itir.-igumed by Wi-I - 2 10410
Pon
4:' The ituip, in the middle of tbt rmlim WW% IWY treatt"ent of In with HCHo. 1110 1.) with ex."$,
313'. the k"ml ImP. at wilkh an the I was C01110eldy HCHO at town trzop, gave 03 9. V, In- 85h'- load- is zoo
nxidist& The product forruedst 311)" and 370' was very "emol.wl.
sitnilar to that formed at 316". After 10 hm 28.5 s. I Szo 0
or.V'WACOH (Cirldtatly lu4smd.) Nam 47.0. V (0-2 g.)
save 6.5 C. iTude peroxide (13). d.lM. The eMumt hjr-
ca~es contained Ot. 10.8%; Cot, 1.2%; CO, .5.6%, -Inentary amallyu's and doz. (if the tuol. wt. (in MIXOR)
j C.11, 0.7%. 111, 0.11%. U detiouspomed on standing. jodicat, in to be C,11140,. Its decom
pit. in the m4d with
rapidly in alit" and in the light, contained W% 0 dd. MIW, giving 11 and Heox, aKa. for avok. of III
IpATI)y active). gave 11 at tourist ivinp, with N N&OH aml Indicate, the presence of thd grutip R(X?Cllt()kl AM Its
00 could not bc JW& (2 aim. and itim. bailt tmp. IN') in Mflon with ikffo indicalo-4 the Ipmup -W11. The
N, rrith,jut dcn)mpn. H *ws imimalialdy eshmmed no U frstjft from M o1 tl, (V( Ly
0 it aim it deces ipa witli 0
IIIIII. and rmon Imp. in quarisund -Vt 1"Tesu"" IWSmJ heat and with WIWI 1nd"1;m the pri-hrtict of tug C rills
Ah.-t irvtlatil~ impuritiet. The distillate so obtAk"d com. nitchMed. The %ttucturt (lI00),ICllt00Clfs0lI is
taict"I ll'tP. ficiml, and mme pemide and &kkhyde. Agg~rmed for 111. The bwtive 0 CoMfut 19 40purttilly
Volattlitation vued after 1.5 hrs. The pariam If (1-3 2711R)of the tbtarvik-al, a mult 0b=vvd byathtriewicirs
?9)%QljhetrU(jV? WMA UkWC StAW.,~U(SiUftl More active with similar cotupidi. 1U, if finnitif with N&OH wa% A* 0
0. anti Karr (11.1wr It with S.4011 then U. Fractionatiom mill.2 of the Ilmolc%ical wt. tv .., a vioctas liquid t-.% o
4 thin i"Ittfitl If with dry liqo gave a PA. Modw't (M W&bly culuied than 10, *.A. in KtOli and AcUt, i !
! too
40 A S. I L A of T4kjLjFrKAL LjjE*&jLft1 C&,ASjIPXAjtCW j t;#0
oo
r -1.1- V- t.-IF .5-11-1.111-,iii i_ . ......... keg
0 M3 it in to it It to It (A K 19 ICU It (Ift It K140m I!rq
0060*000000000004409004,4040*ooooo(p*oo 0 o so 4
_~040 IS 0 0 0g o * 0 0 o 0 0 0 0 0 0 0 0 0 0 0 4 G~* 4 o 0 0 o o'o 0 0 0 0 0 4 a 0 a 0 a

*0
I
00
90
00
of
so
00
00
00
40
00
00
so
go
so
&goo 0 D r~$ 466 0 o , -&a e all-7r-6
A. mccOH, I*Lwg. in Phil and Pttt. C11111. IS
Md. wt. wo the dmcwd propegtics -Slem f- IV 'hc
m1wismit vj()()CH,(O")(XX3Wl(. The lotmOod of
III (MM I ill Pg*bsbl3f t0 bc VILP&60,f by & iftlew, W 14
Cjj.(OOH),. dw Wiss-Y Pvd-t, with 11CHO, aim
jwTwd Irm I by =hWian. Ptiroxide, (OMIL6,311 i% t0 bC
grgsrja as thechkf pm in tbt inlti-i~ Fiatte c4 addatim
of I MW i ke a( pecuAitics urw formcd
0111A UT =t.ad% =1VIlds of M and IV. hi (rdw
to clitain the YW& AOWU tht ASIM14WO SIM' Ilk %bT
p"p, of M aW IV roust be cwW out qukkIY AW with'
out intemiption at W, llull
so
00
so
9
00
so
of
00
so
00
go
00
lie
of
00
of
00
of 04
00 00
00
0.0 0 0 0 Is 0 0 9 0 0 0 q 0 0 0 0 S 0 0 0 0 0 0 0 0
see *sees 000 900 990 go III too* -0

00-0-446,0666-foOG Soso$*
0!3! 1 2 3 4 1 1 9 a it 0 U m ts 16 17 a
GOA
Gag
00
Oct
00 's v
000
000
00
v
*oil
-6 4-9-0-06AFO-
4 a 6 a 4 1 0 4 04 IN
SL6 0
paccotits j1ho plartalits t"U11
aude a IU.with
dramduaderp.sm . K,1.1vz,=!fkv I.Shimtina.
J, APOW C#ww- (U. S. & R-) 9, ILI 8(in ifeach W9)
OW-00 samples (75 1.) vmc olidized at 148' im an
At-Hoed amtoclave by bubbling air at the rate of 4 L/ .00
11erate
of widation vm proportiorAl to Pcem". while the tate of ~90
tpabblfug the air tbmftb the oil had much btu *11mi on .00
the reacOm Velocity. lncrmw In premure fedwold the
quantity of coilecW distillate. IfIghlyrOwdodoukhte4 .00
rapidly after a Short Indoctica P-ttiod, but the: lightly tv- no*
fined cd rimalmd unchanged. Adda. ol catalyMs qfisbly
reduMd F*j- Ma MM M9 VaOthirnates) favored #AM
oxidation, of the Hotly refined oil pafticubLdy at qlmtcd
COM.Pawailluesolthes. are emphaiwed.
V. A. Katichenky as
too
%t00 41"NILWO
wo*
no*
0.0v
U 1 11 11 Od
'a 'a "a 0* "a 'a 'a "a
0*00*4000000
0 sees

0 04 0 0 0 '011
Is ~l
0000 of 00 0 0 oo:: 0 6 4 4 0 0 0 0 0 0 0 0 6000 0
0
a ~ a.
F I I to 11 u is Id Is 16 It to to 0 It 'All 11 m a 14 v 4 0 it 0 a to 9,
A A 9 A I L_A_ X J It Kic k I A 11 A-
I;v ditto e. csqjq
4.000 Foooi3 O.-A. ir 41
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id
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us
~
i
h
b
X*o
o
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e pr
. When tended
y t
etber It In. 40.3
inethott (C. A. 30,63441), it proved to be tdPahyJ,,,-saP4-
i Per"O (C.H.OOCH,011); yield.
dre
NOA
i h
th
aso
"
y
y
y
lfx),Vo. It Is easily decompil. by divii. at 3 Into.. 2 -ww
sloes sw detonate by a bknv and burns quietly with it
zoo
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ago

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(C6&pt. renli. accru 1ki
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B 6S., 19W, 215L . kimt1c" -goo
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a in solu n and t in con I MoL_% hat PbEt strImigly accrkrates the dacmp~ f! =00
in
of (1) WA (III at 75-1 " have been inves i WL of (I
50
)~b Viphibits hat of (11). The mults do not
The rate or d;;Wu p. of (11) is > that of (1) at the BMW agree with those of Yamuls (A., 1937. 1, 31fl: 11,
90 temp,, " thin rate varied with the solvent. Sub.
ptances known to be negative c*WydA ofthe autoxid- H. Substances wbith inhibit the atitoxidation of
aiMI r0- iuw M-Ce (OH)t, U uid h4rombom inhibit vay strongly the forin.
ation in the liquid ph I'.
C_~ NiL.
c It -OH -F.H.-MIPh, _C'I str. Ym. Naphtheasum of Fill &Q Mn. which
I I i
5I,_,sj'jr~uco no dedulte Offect on we catalym the Alluto"tion of Um) hydrocarbons, "
120
rato of =mp, Pomitive catal"tit of AutOlklittion c&talym the formation of (1). PhEt, inhibitio tho
aocAcrate the demmP- of (1) b;t ko~e no P**W. formflon of (1) but octyl nitrite 'wortemtes it.
A. J. 31.
me*
ll L AAITALLURCICAL LITIERATI141 CLA%%WKATtC*
7-
wee
to cVx Knots Kultit:14011 1
0 0 0 0 W* 0 0
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0s, FRWARATIUN UF LUBRICitTING OILS BY AlAYLATION OF HIMOCARBAS
UF WAS OVER TAR. haggy, KI and Ekagova, TA (J. Appl.
04,
so Chem. (U-i-6 R-) 1945, 18, 158-71; %M Abstr. 1945, 39,
00 5"3) Alkyletion of the aromatic hydrocarbons of coke oven
tar by olefins of coke oven gas yie d a up to 38A of various :0060
grades of lubricating oil$, does In quality to petrolew 1 goo
products and not requiring deparaffinization, Increase of
percentage contevt of alefinic natter in the reaction mass increased
the viscosity and improves the quality of the final oils,but coo
e: simultaneously lovors.the yields. Alkylations we conducted
with cooling at 12-17 with gradual addn. of AIG13 (not as 0
less than
1.5 hre.).
)ago
Lei
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DwAhydra"phthabse pgrailde. K. 1. lvallov ~wf V. ce. glacial ROM was dild. to %b" ttW.Adfty %1b HO
avinovs. Comfit. rood. aced. 31-4 andifill.K11 a
ma ddrd After S days tho l1bgral4d indlim
(194h); DOA1O
Dtrahydtonsphihakne (decalin) (1) was subkctcd to the with N4,COs and disild. with s4fam. CJ7%td* of detow
wkni of 0 upAkc the situlditan"lul atAkill Of ultraviolet (tU),wpd,ftwmtlwdbtitktoalidsaittrtt tibsot
my, to yield &-cwIla peroxiife (M. After tvptaW fr%c- ad roar(p. from p0t.44hert mo84*(yii4nIA ) b-
tionation. coin. I was treated ;1th 3-4 voLq. of concd. Uniiatim raised the m.p. to 54.7'. 11 ((1.4V '9 a ".
silim gd. V; &q. NaOll. anti water. S.482a
If.SO. and a 10C,
it
diltdov"CaCti. nd distil. over Nato gives tu"t- of c"- dist for I hr. and then 46td. with stirain to jve a C110.
and Irdaii-1. I%,, I%--- OV 1.44M. t'1,10 0.973. 1 (2W S.)
(m. 54.7*) stmilar In twoptirtift to t1to
was oitWited by bubbling 0 through it At the I'Ate of 6 CC- 01 U wit "I. Uk (I .), rpd. by rivlociat 11
min under ultraviokt mdiation of a lig-vapor Ian ;ZOW" h of
I'h ut In W1. ,her. im ilia or 4 hn, with I g. of
Atief4i*Ag.olTtliceictoolun(itir i"s Cros in 8 oe. of HO to give, isitier wark5nil up the ado.
Mtn the" femained a traft.;Went, PNIC Yellow liquid 000"ke CMLV Crysta.14 of thr Chmmic am (M ~;
w" on coigins pptd. while cty-'s of w?!is lnw,- W, w. W.V. Treatment of IV With Zn go
via
rcerysid. from pett. ether'.0 give I- of long priunatic &,in tryftL~' 01 W, From (I" reactions given ahm and
needles of the monoclinic system. Pefractivitinditesoli theoretical observations it Is cwtfudod tlwt tk
me&vzed by the itummion method, were: N, 1.570, pWda U W 0, sivixtwe Ha and to vim in cftillars-
1 AW; angle of optical axes 2 V - 12 *; witle tion.
of ezthwt;;l 20*. Iluct H m. 90.5', bi-i 103'. ds 1.16
ysis for "ve 0 givts results correspondingi
solid). Anal:
10 those takil, for The formula CalfirOOll. It libumtes CLH
Win., And, aftef
iodine frot" Ill voins.. micirs titalic
treatment with C11.0 in benzene vu)d cv%pn. of the benzene
11 (4 S.) In.:Zj FWWd Wd=tk
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A-A .. t-g-j--L.-L A-4-
Development of studies In the field of liquid luds and
*Us at the VTl durias twenty-five yam. K. 1. Ivallov.
Invs). VT1 15, NO. It, 12-14(IMM.-A rtVTM'VWM'
done and planned at the Vsmytunyl TeplutekhoichLikil
Inst. (AII-Iluion Heat Technolov Inst.). N(. flosch
a 41 a 0 a ASRO
11
- oil
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ff I'll MR I - , 4 Wove -97MI-w- 0--tw w
loot 00091; to 10 0 %%too*
0- 9L
pstaxides of LNVMI dtadr. 1. PaMOXIdIttlad of
1509f
**a. micas of the rroxides. K.
V. K" vinova. and H. C- M hanava.
hil rev , e
smnin.Lry). -j'jt,A.
413tuxidAtiful 'If iso-fIrst); ;I
SQ1fPefWdCSAM1Ornic,1; jJA,a%jjjajjajtjt.afj()W.
ra"i W9- PeW" (th below 3W) arid. princiPffly, gi
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so Udne a atream of 0. O-Aapoff
MMULLOGICAL UTERAMI CLASWKAIM
sap
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4, 1 1 v is it to is 4 -j a u 0 is A at 11 1111 u so m 0 it Is Is 0 a, 40
1 0"
A
m,
so 0 peco" goisr"do of
vanov dif-
- C and P
V. r. =' u
4776"Okc-Cumv. (U.S.S.It') 16, INA-111
(190) (in Russian); cf. C. A. 40. 71536.-The main I" -
a" of ON Initial autoxidatim of (lso-prho (1). described
in patt 1. is shown to be a diatomk lirdratlemide, d4*
1: 1.4390. Its stntetum is thift 9 ted by
IAM, a
Z ut*coolf
so
00 IE mJ001f
96-3 ThmW decomptli. a( the materW in decalln at 100-W-
tru Mussed mitil the restaltz at 6-13 gWrkally. the dation inhibitm, (pbenols, matinophe"), InWUt jbj' coo
a werst found to be, S.S. C.I(b. (*Mtk" Of The P-hfo In tin Ithcr C*Mpkidr When
04' -M it 0.1, utd. hydrombotis (ba*d 1xi witell in 0,110 pmt"*, lit". lots-
0 0.2'
0 C. I FUS', r 19-A %*Of amt. of I*khl vMmme" rou" in the 01W.
0 W 0.2 MetCO 6.4. act. a" M (As HCOM), A".
004 3A1.i1lQ,P10ll),And'2"l8J1%, Th"POrosidlyls"" t" Of I by 0 At 60"' Im ultirovialtit radistiolm wu fwtlw
McICO and ligh ia contact with IW- TbetIJUSlautoid- sl,,Akd. TbC mxtftW, th 18-20', b not Isolated in all too
ft 6 found only its ..if mdy Rua amts. in
=Ptla.7 runs It , a
,111 Q0
(0) of the umdure jif 0C madickut
junt. of the 1"Ittial W" A. V"y MIL to
h*w ft.
establish its Phil. camsts.,
d
I p 0.047. *V 1.= It Is
shown that the section of ut t mdistion MCMF ft..
tmviotc
cricraces the autumAkdattiva I dom not dKW %be
Q( aw
courm of the rradifts, If a to bt tht~ intawdiu4 ties
in the fortnatiou of Uke bhl Wdit. 0. U.K.
I L 4 RKTALLUMIKAL 1,11114411101111 CILASIO'KATICIS lisle
SOW44 -j tialli -
00
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;T HN lit t!~
TI.-TiaMmillm, M"
rid ma!
RMT-11- -
. I

v no-va
cr
tl~eroxide co!7,,-.Ourdc of ith -.L
G. E~ikhayloVL-
u-e 16, lic. 7
f i,-,n,,rf-,LCher;istrj,-

IVANOV, K. I.
"The Intermediate Products and Intermediate R6--etions of Auto--C,~Ldation of Hydro-
carbons," Sub. 2A Jun 1 -l?, Inat of Vineral Fue1q, Acad Set USSR.
Dissertations rjre,,jented for degrees in science rind engineoring In Moscow in 1947.
'L 19
nr. 01A
SO: Sum.No.457, 18 APr 55

14 fl U 13 U 11 It 17 16 X
A
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00 A
00
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nit 1111MM Nit
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008 Cy OF TUVSF== AND TURBIRS OIU TO FOR LOCI-HOLIMMU
'00 1" AMS IN THI DUTUL FMCD OF AGEING. Ivancro K. I., Jaeshch,
it
z
0
No V, &W Zhokhovaksyst ?. P. (Nottyance thoss, '1947, 250 KOO
0
Ui 2, 60-81 Chou* Abstr., 1947, 41, 6700). Turbimo wyA fr-aasoo
004 forsmor oils of various origia"which have boon refined as
00,3 usual with H280 vCh or without finishing with clays do
=t:

06V
0* not form I
-Wt. organic &aide In the initial porid
of agoing* 110100"Pp PWly refined *ill will fam such
&aides frequently ov to spite of suba*qu*nt finishing
with clay& Slight over-rotinIng h" rA adverse offoct an
j stability. the compamenta responsible, for the formation of
4 the-lower (too, water-solo) acids are (1) resimlike ocopounds
:1 sad the produato rodultLag from the action of B2304 on the
4. oil, mad (2) straight-chain hydrocarbons (doemim and aotem).
:21 %U addition of paraffin wax to supor-rofixod tuAine
41
I L A ORTA&LUROKAL L"FRATOR CLASUPKATION
V34. b"L."
111000 "49 0-7 Got
bU &1 60 Ls V N J2 T
n CIP x X a a a it #8 KO i i
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oil sud to a pgrfummry~-grads oil caused the formation of
00
so
so lower acids an ageing. M"riment4l data oro tabulated. 00
010, Careful control by both the oil manutaoturtr and tho 00
0 * power-plant operator is suggested. ow
00 Ov At so
00 go
so 00
190 00
00 00
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light. Which gmt1y actowstva the rfactirm, The asida.
'k 00
A kM b" an jodWtkxa Period Which MO 104 $11411fiftitl tit
a. petuxides or ultraviolet Ikbl. Irredialim. bo"rivir.
Also tomb to 1;QZV. the peroxide and kwb to blatf-bod-
fe: j : " zoo
~Al
I ins Oxidatim Ucts. Met Icyclottexam (150-10 C.)i
00 11' and 10-10% =y altidizedhlyidtocarbon, or 0.3-0.61, -
tw1hyllcytisUmm prstilkle, In a qu"U loos-Wittel dasks
0 wm treated with an 0 suftm (a tul./twil) Witil 114-hillist
*0 irradiation at W 200-2W hm.; dix4n. in raw* juve the
Pemide. C1111401, as a vilictius llqukl, W-1 W. 1141, Ivivvitil,
mV 1.4642, sol. in org. sclvmts, in". in wilct-r. it i~
00 quite stable, is not coca ttly reduced byall. N&#S(h, and see
reacts slowly with NsOl tIlmillis., fliving a Na well. It
I-cars to be a hydroperroxide witts -0011 structure,
16911 ahly at the tertiary C atom. Raluction by hAling Will)
Ztt-eq. AcOll I*vv I-methVicyriativitanol, tit. W.
G. M, Ko"Almill
At, ILA ftf-I&Lkt(1;M1k
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vh. out 1111111bIrl) nlill 11 (A 1111 , uAII
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tic W, W, After c.xilinst ill -2W the Ouvits; MIK-rnkir -
0 IAVVT W2. tile IttAlill 14911. 4:114101. it rit-Apo., the
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:: im ~u too. to give the purv Ph-noNrixidt, AfrjCIf( Cff.).-
j
C(001I)MI, t)o.m 413.5'. it!' O.SM53, HU 1.43M. Sly"
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ec-BsiPh, 3.5', d.1 0.84113. siV 1.48SIS. 116
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V) hm gave on evulm, of njimt of tht'..
.00
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with 7.3 a. s:Vd 35'"j, Naol I. the Sis jwlj of the perv*,dr,
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cis long sturwo and kirnis miumis 111111%tAlIC" at riwirsi
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700 L%Amril as the wtiticartmtossir, rs. WhAV. The lk-rusiWe 0
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ch
Direction of the P n I the straight alkane
chila. The Pero xld=Oim t0he autotildstion of nor-
MAI heptitne. K. I Iv I)IDY V K. Slyintmi, 111111 V. 11.
ZhAkhuvNUym. Aka. VIuk S.S.S.R. 72.
,ma 4)(19M).-Thr milure of the intcrffmlia~ lp,roxidr
formed in the autoxi-lition of C,ll,. in the litIlli-I PILI-V
-as ascertAnct] by iv~ extn. with aq. AWL fit liquid
illmle the -autoxidatilm is turpri-itigly %low. in conlrw c?k
the rcklivtly e;%%y 061mlon (if clit" in the gas ph;Lsk. (.15
vomparctl mrith cyt-lArptane aml I1h.%fei; oxHatiorl
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light, have h:Lrdly ativ am+-Yatitig elfect. The concit. of
the peroxide micht, 0.54).W ", ill M),) hri. ..,A not
mert..tw %furthrr up to 41KI hri. (hi hnilml thv it(l.
alk. est., I reroxitle g" over mAnly (74c~j into 2.
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fishes the prroxide as ArnCIj((hIJj,%ll, T, i.e..
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nctive 0 antj the hydroperoxide gfoup tcuction with
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irm itlentilicil fly the scomqurim zone, m. 121 '.
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!VANOV K.T., V.K. SAVIjj,--VA, V.P. Mll'-ITC, ~KAYA 'Nay
USSR/Chtmistry- Peroxides
"The Percxide (f Butylbenzene," All-Union Heat Engineer-i ri---f Iris,:. im r'. DzerzhillsIdy
Zhur Obshch Khim, Vol 22, No-5, pp M-784
In nhotc-cxidaticnof n-butylbenzene ~;4th cxygen at 800, a hydropercxide w,;'-th an OCR at the
cai:bcn atcm of the side-chain -,,rcup is fc-rmw]. The peroxide was isolated and its prcperties
were detd
263 T 28

K.I. IVANOV, T.A. B11,1107A
USSR/Chemistry - Percsiced
may 5'2
I'Methcds cf Obtaining Dialkyl Peroxides. TetraLylethyl percxidu and PhG-rvliscprcrjyl
etber Peroxide", All-Union Heal. enoineering InsL. im F. Dzerzhinskiy
Zhur Obshch RIAm, Vcl 22, Nu~, PP 'A-789
Developed a method for the synthvsis of deslkyl percxides by the reacticn betweQn alkali
salts (:f hydirpercy-ides and i1alogen alkyls in a methancl soln. The above percxides, nct
previously descirbed, were synthes_~zed ard their porperties investigated, Their c~.nstitution
was cstablished
263 T 29

Gbf-l-nicul AbGt-
do.
Z lAlsorun
Ilo- 5 , 4 i
- J. (ift. Ghem
vot. 48 -a
U.S.S.R. 22, &j3-A(jg52ffn'g~,rmL atjOn).--&e
10, 1954
Orparilc Chemistry

V AN 0.
Chezical Abst.
Vol. 48 No. 5
Mar. 10, 1951,
OrganiC Chemistry
- on of dIAW To-Riy-~,pplFtb74
e~"'e PIEPIE-11
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and , '411. C on. U.S..
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A"lu
A I

USSIV Chemistry - Physical chemistry
Card 1/1 Pub. 22 - 35/62
Authors v Ivanovj K. I., and Vilyanskaya, Ye ~D
Title r Effect of inhibitors-on the autoo'xidation of petfoleufif';N~djrocarbcihs
Dok. a sssR 102/3, 551 - 554, May 21, 1955
Abstraot t The effect of numerous substances, known from th6ir oc'iddtion inlAbiting
tietrdleum
characteristics, on the oxidizability of highly rpurift.-d (white)
oill (vaseline) was investigated. Results showed that s.11 inhibitors - phenyl-
beta-naphthyla-mi-ne, p-hydroxydiphenylamine, diethyl-p-phenylenediamine and
4,41-diaminodiphen-yldisulfide - when introduced prior to the start. of the
oxidation reaction had a more or less uniformly active oxidation.-Imbibiting
effect. The inhibiting effectus weree ent:'-rely different for each inbibitor
when introduced during the oxidiziiig stages of the oil. Thirteen refeirences:
4 USSR, 1 French, 4 USA, 2 English and 2 Japaneoe (19212-1954). Table graphs
Institution The-F. E. Dzerzbinskiy-Heev Engineering So. Techn. Inst.
Presented by, Academician N. N. Semenov, Dece~nber.6'. 1951t.

I i :IP:; Iff(I 'If'!
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'~'!Jjjf 111,
Is
AUTHOR: Ivanov, K.I. and Vilyanskaya. 65-4-3/12
TITLE; On some special features of action of inhibitors on the
kinetics of auto-oxidation of hydrocarbons. (0b osobennost
yakh devstviya samedliteley na kinetiku avtookisleniya ugi
levodorov.)
FTERIODICAL: "Knimiya i Tekhnolopiya Topliva i Masel"(Chemistry and
Technology of Fuels and Lubricants)1957,N-o-Il,i,)p.11-21(U.S.S.R)
ABSTRACT: The previous observations of the authors (1) on the exist-
ence of two groups of inhibitors of auto-oxidation of hydro-
carbons in petroleum oils was confirmed. Inhibitors of the 1st
group retard oxidation of a white oil (highly refined) only
when added before the beginning of an oxidation e-roeriment.
Substances belonging to the 2nd group can inhibit -an oxidation
process already in progress, even when the process is well de-
veloped. The above properties are also valid for an ordinary
transformer oil. A new large group of anti-oxidants was found
occupying an intermediate position between Groups I and II.
Card 1/2 Inhibitors of this Group III, similarly to inhibitors of the
first two groups, are able to retard oxidation of oil when
added before the st-art of the process, but unlike inhibitors
of Group II can inhibit an already proceeding reaction onl.7
in itB auto-catalytic stage. It was shown that the above