SCIENTIFIC ABSTRACT ARKHIPOV,K.N. - ARKHIPOV, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102110012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

JCA; BILOUS, A.A.; YAICHK(M. X.M,, kandidat
tekhnicheskikh
ARKHINY
r.otsonxent; GORBACKRY, I,N., inzhener-polkayn1k.
redaktor;
SHPATXR,A.L.. re&*tor; LTUDKOVSKAYA, N.I.,
takhnichookiy redak-
tor.
[Fire prevention in enterprises of the building
materials industry)
Protivoposbarnals tekhnika na preipriiatilsIch
promyshlennosti strel-
tel'Arkh saterialev. lad. 3-0, dop.i ispr. Moskva.
Geedlad-vo lit-ry
po strolt,nater**lsm, 1955.254 p. 9:5)
(Building saterlaVindustry) (Fire prevention)

K\ ti i f ~ v. iv
XMIXOTO Vladimir ledorovich~ dotsent, kandidat
tekhnicheskikh neuk:
ROTTMAN, K.Ta., retsenzent; SHISHOT, I.A., retsenzent;
ROKANWO,
V.A., reteenznet; XALYSHIV, redaktor; t
redaktorl SARMATSIAYA, G.I., redaktor izdatelletva; SHITS,
V.P.,
tekhnicheskty redaktor
[Safety engineering and fire prevention in the paper ind"trA
Takhnika bezopasnosti i protivoposbarnaia tekh.nike v
teelliulozno-
bmazbnon proizvodstys, Moskva, Goelesbunisdat, 1956. 242 p.
(MLRA 10:2)
(Yaotories-Firom and fire prevention)
(Paper industry-Safety measures)

.&MIEff,Aonstan . la ich- SOIDVIYEV, Nikolay
Vasillyevich,
Ain NiA__y!y
prof.1 Prinimali uchaatiyet GLEBOV, A.G.;
TOLCHINSKIYp S.S.;
ZOLOTNITSKIY, N.D., doktor tekhn. nauk,, prof., red.;
VERESMOVO V.K., nauchnyy red.; ZHURMUV, B.A.,,
red.izd-va;
KASIMOVY D.Ya,p tekha. red.
[Fundamentals of dafety engineering and fire
prevention in the
building materials industry]Osnovy tekhniki
bazopasnosti i pro-
tivopozharnoi tekhniki v promyshlennosti
stroitellnykh materialov.
Pod obshchei red. N.D.Zolotnitskogo. Moskva,
Gosstroiizdat,
1962. 295 P. (MIRA 16tl)
(Building materials industry--nres and fire
prevention)
(Industrial s&!ety)

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ERMINE

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Vaakva~ ;,.05cow, 17 I'ay 54.
-U,:,. 2L,4, 20' 'Nov J-954

PAKHOMOV, V.Ya., inzh,; FENZIN, L.I.;,ARXHIPOV, L.P.
SHILOV, A.S.,
starshly prepodavat6l'
The mercury-arc rectifier has been installed outside
the traction
substation. Elek.-i tepl. tiags. 6 no.11:12-13 N 162.
. I (MIRA 16 t 1)
1. Zameatitell nachallnika Barabinskogo uchastka
energoanabzhaniya
(for Penzin). 2. Nachallnik tyagovoy podatantaii
Kozhurla (for
Arkhipov). 3. Omskiy institut inabonerov transports,
(for Shilov).
(Mercury-are rectifiers) (Electric
railroads-&ab~"tiona)

JUN
PHASE I BOOK EXPLOITATION SOV/6261
Kernenergle und Flotte; Artikeleammlung (NiialeartEnergy and the
Nav3,;
collection of Articles)' [Berlin) - Deutscher Militarvbrlag [19611-.
232 P. Errata slip inserted., 2000 copies printed.
Translation from the Russian of: Atonmaya en~ergiya i flot.
Translator: Erika Steuko Lieutenant Commander. Responsibility for
German edition; .- Clius Gruszka$ Ehgineerst Ed.: Klaus Krumsieg.
PURPOSE: This collection.of-artidles Is intended for officers of the
ArMyo coast guard, and merchant marine.
COVERAGE: The book atranslation from the Russian, contains 25 ar.-
tioles dealing with the application of nuclear w6apons to naval
combat.bperationso Chapters 19 and 25'have been nupplemented'with
additional data for this edition. The devastating features of nu-
clear explosions are disou6sed. Attention is aloc given to the
protectic-a of personnel, shies, and coastal -facilli*-ies against
nu
clear, wef.,?ons, and-tb the.,preben". and future aPplI1,-atjbns of
nucleai
Card 1/a---

Nuclear Energy and.the Navy (Cont.) sov/6261.
pcyer plants to shipping. No personalities are mentibped. There.
are,16 references: 10 Russian (including 3 translations.from
English-language sources)., 1 French, I German,,l Englishi. I Amerl-
can, and 2 either English or American.
TABLE OF CONMTS:
Foreword
1. A. Sedov, Engineer. Lieutenant Colonelp Docent, Candidate of
Technical Sciences. The Dangers of Nuclear Weapons Tests 9
2. S. Sergeyev, Captain (Navy). Explosions of Nuclear Weapons
in the Air and Above and Under Water 22
30 V. Ryabehuk, Captain (Navy). The '-hook Wave 32
__,_,4,igineer. Iiieutenant ,olonel., en an 1
4. U. ArkhW. ov Doe t: C d date
of ec cal Soiences, and V. Girenco., Zngineer,, Lieutenant.
cal
oj
Comrhand:!r. Iicht Radibtion 42
Card 2/15~-

SIOV-107- 53-8-49/5_3_
AUTHOR: Arkhipov, M.; Koz1ov, N.; Eiosse, G; Eclesnikov, A.
Ma -sM'-e Wn r -r- - - --
TITLE. The 6M8 Beam Tetrode (Luchevoy totrod WIS)
PERIODICAL: Radio, 1958, Nr 8, PP 57-58 (USSR)
ABSTRACT: The authors give construction details,
measurements and
characteristics of the 6P2IS beam tetrode, used as an RF
amplifier or generator or in the final stages of low-power
transmitters. Vaere are 2 diagrams, 2 graphs and 2 tables.
1. Tetrodes-Construction 2. Tetrodes--Physical properties
3. Tetrodes--Perrormance 4. Tetrodes--Applications
Card 1/1

14 M
21(2) PHASE I BOOK EXPWITATION SOV/2708
Atomaaya energiya. i flot; abornik statey (Atomic Energy and the
Navy; Collection
of Articles) Moscow.. Voyenizdatj, 1959. 232 p. (Seriest
Nauchno-populyarnaya
bibl-ioteka) Number of copies-printea not given.
Ed.: Ya. M. KELder; Tech. Ed.: A.M. Gavrilove.; Ed. and Compiler:
L. D. ChernousIko.,
Engineer, Captain.
PURPOSEs This book is intended for the general reader.
COVERAO: The papers in this collection discuss In popular style,
and on the
basis of data published in the Soviet and non-SDviet Invas.,
problems of the
use of atomic and hydrogen weapons in combat operations at sea. The
collection
includes reports on the damaging factors of a nuclear explosion and
on the im-
mense power of this weapon of mass destruction. A number of
articles are de-
Ycited to the antinuclear defense of ships and of shore objects,
and to the
introduction of nuclear power plants in naval vessels. Also
included in the
coLlection are papers dealing with the future prospects for naval
use of nuclear
energy, and with the construction of the world's first atomic
icebreaker, the
"Lenin't, which is expected to play an important part in the
further conquest
Card 1/6

Atomie Energy and the Nayy (Cont.) SOV/2-j08
of the Arctic regions. The collection also contains papers
published in the
jouxnal Sovetskiy flot in 1955 - 1958, in revised and
supplemented form.
TABIX OF COMENTS4.
Introduction
3
Sergeyev, S., Captain. Explosions in Air, Over Water, and
Under Water 9
Ryabchuk, V.,, Captain. Shock Wave
19
ArhW&w4.A-, Docent,, Candidate of Technical Sciendes,
Engineer Lieutenant
Colonel, and V. Girenko., Engineer Lieutenant Commander.
Visible R%diation 29
Frolov, I., Engineer Commander. Penetrating R&diatioa 45
Aleksandrov, A., Engineer Lieutenant Colonel, and 0. Kogtev,
Engineer
Major. Base Surge and Its Shock Effect 53
card 2/6

Atomic Energy and the Navy (coat.) SOV/27o8
Frolovp 1. , Engineer CowAander. Pladioactive
Qontamitation 58
Abromizov, P...Captain., and V. Vladimirov,, Engineer
Captain. Antinuclear
Defense of a Ship 66
Mirgirenko,, 0., Professor,, Boator of Tadhaical
Sciences, Engineer Captain.
Defense of Ships Against Explosions 75
Abolinblup P.9 Gaptain, Means of Antinuclear Protection
of Ehips of
R)reiga Navies 82
Khokhlov, P.., Candidate of Technical Sciences,,
Engineer Conmnder.
Antinuelear Defense of Idght Ships 89
aalin, V., Engineer bolonel. Antinuclear Defense of
Objects Ashore 96
Y~vlov,, L., Engineer Cosewder. Fadiation Ibconnaisance
110
Alekseyev, M., Inewer Colonel. Decontamination on a Ship
121
Card 3/6

Atomic Energy and the Navy (Cont.) SOV/2708
Uvarov, A., Docent, Candid~te of Technical Sciences.,
Engineer Sub-
Commander. American Submarines With Atomic Engines
(According to Data
From the Foreign Press 170
Mikhaylov, P., Candidate of Technical Sciences..
4agineer Lieutenant
Colonel. Atomic Depth Bomb (According to Data rrom the
Foreign Press) 194
Rudnitskiy., M., Engineer Hear Admiral. Atomic Power
Plants on Ships 197
SoIntsev, N.,, Docent,, Candidate of Tachnical
Sciences, Engineer Captain.
Use of Atomic Engines in Ships 203
Zvonkov, V., Corresponding f4ember of the AcadeaW of
Sciences of the
USSR, Honored Worker in the Field of Science and
Technology of the
RSYM. Atom-Powered Ships 23.1
Varvarovj, N.,, Guards Colonel. Atomic Seaplane of the
Future (Ac-
cording to Data From the Foreign Press) 217
Card 5/6

POPOMAREVp A... general-polkovnik inzhenemo-tekhnicheakoy
sluzhby;
POKROVSKIYI G., prof., doktor tekhnicheskoy sluzhby;
KUVALIDIN, A., dots., kand. tekhnicheskikh nauk inzhener-
polkovnik, OVEIIKO, V., dots.., kand. tekhnicheskikh nauk
MOST
inzhoner-polkovnikl GONCHAROVI Me, polkovnik; TARANTSOV, A.v
polkovnik; VASILIM, N., polkovnik; GORDEYEV, N.,, kapitan 1
ranga; KOZIN) K., kapitan I ranga; ARKHIPOV M . dots., kand.
tekhn. nauk inzhener-podpolkovnik; iiR~ ots., kand,
tekhn. nauk.. inzhener-podpolkovnik; HELIK-PASHAYEV, N.,
dots.,
kand. tekhn.nauk, inzhener-podpolkovnik; TMOMIROV, Yu.,
dots.,,
kand. tekhn. naukj inzhener-podpolkovnik; PARMOV, V.,, kand.
tekhn, nauk, inzhener-podpolkovniky- GEORGIM, A.0 inzh.-pod-
polkovnik; KRUCHININ, Vey inzh.-podpolkovnik; MEKONOSHIN, He,
inzh.-podpolkovnik; RYKOVj S,,j inzh.-podpolkovnik; SURIKOV~
B.s
Inzh.-podpolkovnik; ZHUKOV, V., inzh.-mayor; NOVIKOV, M...
inzh.-
mayor; SUSHKOV~ Yu,e inzh,-kapitanj ASTASHENKOVy P.T.y inzh,-
podpolkovnikj VASILIYEV3 AiA-ij red.; KARYAKINA, M.S., tekbn.
red,
[New advances in military technology for youthful readers]Mo-
lodezhi o novom v voennoi tekhnike. Moskva, Izd-vo DOSAAF,
1961. 342 p. (MIRA 15:2)
(Rockets (ordnance)) (Atomic weapons)
(Electronics in military engineering)

.AMIPOV, M....._i_nzh.-podpolkovnik, kand.tekhn.nauk
Radius of destruction of a nuclear weapon. Voen. znan.
37 no- 1:39 Ja 161e (MIRA 14:1)
(Atomic weapons)

- - - ---
ARKHIPOV, M., kand.tekhn.nauk, inzh.-polkovnik
------------
Around the neutron bomb. Starsh.-aersh. no.402 Ap 162.
(WRA 15-.4)
(Neutron bomb)

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ACC NR, AP6014593 SOU13CE CODE: uR/OO17/66/OOO/OO5/0O3b/OO37
'JP(C) FDh1/JD/-rTAM/JG/EM
AUMOR: Arkhipov, M., (Engineer; Colonel; Candidate of technical
sciences; Docent)
ORG: none
TITLE: Plasma and the engine
SOURCE: Voyennyye znaniya, no. 5, 1966, 36-37
TOPIC TAGS: Ap asma propulsion, plasma engine, ion engine,
ceBiUMV
fuel, - _t t t . '/Zond-2 A445miq CJV0,eAje_
ABSTRACT: The author briefly reviews the types and operating
principles of plasma
,I'D
~nd ion engines for use in !; and describes in broad terms the
operation of the
%ond-2 plasma-engine system. Thrqst, acceleration, and fuel
consumption character-
iBtica are mentioned, and ceE;-'UM a described as the most
suitable fuel. Two
:"'drawings are given depicti5ga rail-type Vlasma engine and a
sectional-type thermion
,engine. Orig. art. has: 2 figures. [LB]
SUB CODE: 2 1/ SUBM DATE: none
z C_

ARKHIPOVt M., inzh.-polkovnik, kand.takhnicheskikh
nauko dotsent
The last ones on the table. Voen.znan, 41 no.11:34
N 165,
(MIRA 18:12)

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but iNits'ltk) and SIX) 8 fimbes s tilag,
delcreases. with Me 0
Further. Wdmrases W tatilp
10 Sils IW at 15 20 and 23% S - 8M. 7.9D, ;W71
dmft-~vlhartily i~ a 2nd dirtn.. load@ wkb Its, rosido,
front a let!
Col. Nil A, A&Int. of Nils aait$ (M&CNS, (MIjj.
I"c-- S to Vfttw extent thaill womild.
U 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0'0
*10 0 0 00010 0 0 0 0 * 0 0 0 6 0 0 41.1111 All
Ott
"Solubility of Copper
HydroxidAn'
an Aqueous Solution of Ammonian
cvtn*Wd to She t1*06" IC"tNII.I.W)"it 4 V'Sliox
+ at 3o . Nil, I'll'.
IC '-'1 10 3D S - 1.62. IoM. l3filL401-r
(NH&) 0
1weate marked y
Carb"'I"Y"I"A'A's ., 9I.o, glismAt 0 and 10. S - RAO
1200 N
A
0 ,it in 3 - g.01 god Sits 301D
2 6 and 10, S - 9-73- 9-92
IOAI, and 11 .120. et Nil, '19. N&OH 0. S. 10. MA I
S . 6.79. 5.1% con and 4.00. Ine W likewise
cell'.40.10.23.
lowerin 'cl on SI Orc .
7j 7--w ms. am. A,t Nil. 210. with
'POb A'JAI #.'0. * a. I'1'57.11, 20.4. S .. 9.73. U-65, 9.65,
0.12.
Aks. (I.Jeoll, Etoll, holl) and 1-tesco to-
st2O' NI420D.I8hr#..HtOHO,?A,624 S-9
8.15. 27. Themclatlikelyint ' I
cW, In addo. to 0-Y*. Q(Offle. Of C anits.
Col I b W, undergoing tint by IQ-_
(Nil) I(Ol I rat" M 5 throu -
1 ,
ON M11111 it=ih cV. .4 .0 A . . .
Ivanovo Chem Technol Inst.
A41
~4~
000
.00
400
see
Now
goo
one
off
too
Isom "Witiv 110 0
0 0
oil 08iial ow 44V Ali
1 X4 1A A I a #W'0 is 0 1 W so 6 A 4 3 1
0 Off 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
9 -0 -0 0 0 0 0 0 0 0 0 * 0 *'see

0 0 4 0 0 0 as 0 1111 a 4111 0 0 0 a 9 6~0 0- 4L# a 10 40'411 0
0 0 a 0 a als 0 0 at 0 0
0 0 0 0
ft I -'s 14 it I. L 1! w T t. 1_' 0 4! '4 OTO
L 1 1 1 t V I L AA 10 ~E L4. u 0 1 k
00 11111110
SO
0,0 Methodology of the ileterminstion of ill* Viscosity of If"
F,.t~ ol (is, Col 'outt ot law" I 1 1.
ceibijoi". if. Composition and m*tbod of. preparation I x.A..
at &say tinscu. of Nits (151. IWO. J411. 2-NI 941.).
0 0 of the monium solution. %1,. 1hur tv%ults in a dofftAtc of
q. At too,t. Cal contrut. 9 %1e
00 d W. 21. areavcIi with the Nil., irurrt4li frisso 151 to 211
g./L.
00
kc.ull, is( htn~ of the vs..-ay (q) of a Kivvn Miss but
ok-reaws istlien Nil, is rai.d to LIQ0 X.A. Olatistauto
SO -impir. 11.11cri'l. At roal't. ell alul %H, coll-lit.
vontents art Nits 11111). ell 13 II.A.. the Uttrr on asivatint
of 1-00
ell -tit -t Cu %vulcut % -
0 0 IV na, the Vajav of I1ff`P1lL (A IhV d'"dal"lig I'Mrsal'
ill the impairvd stability of the r &t dthkabt -00
1,11IN 111.1t, last it% IIN0j content. A SlAndaff! IIN*(h-frr%
Snull aratia. (1).5 K.01.1 of SOUIDW, A-141A to a rewnt ell
SO stairs fit WAS tiftlid. by ilk"Vilig All CUTU 01 CrYlat- CU'
13.I.Nill JULIA. IIN(h0.JKYJg., I.. 1AISCII 11 fly AIKIUI 10'j;
too
.oh-rva~l ittut.. of UlktoW, talk its 3 g.,L. TAI~d V 01111 -00
SO (11111, (PPtLI. from CU(N'11.).:~~. -ills Na'011) in
&q.oiurthwr. W ill& t lie 41ostsiviust it-Agrut prcl%l. ~
dewntaird.
00 %11.011 coots. Tir $IlCfW~C. ill the 111PVC11CC Of Air.
001a' jibIll. of NAOI I CAII lie it" a-Al with. anal The one
L
I%av%-nt %)In%. ofroitoncvIluk"t (juarlml.tar4lars.'brating
Allit. of %U' r0W f%1IVA'%Nl to I a L Effed of surrift =0
SO ..I lostefs in i)) g.A. NAIJII. with fo~iu 5 g..'I.. under 3
conditions on the viscosity of 1'. cupsammonium $caln-
SO itioll.) Ul A MAI"111 of the consists. ell 13. Nil, 151.
skk-tow boas of cellulose. JW. 22. W, 1111vilil)-lillitis A fu.
SO : g. I . -hostr4j. At voll-I. Colatrill (of A.ItIcil II.XLh
(0.141. agent iollig. ell 13.7, Nils from lel.0 to 201.9 g.11.,
roo
00 -I.A7. 41,74i S.A ) int-rea,soic v with owrmsinar tons. ad
theviwtnity Vol Pi "ta%. as(the%au:ccvIIukSwdm-m&~I
sih" INII.j.01,oc N.011; with over Mg./I. of tile furnsir
suArkiAly Willi oltICAUnit tifWACY ad tile Stiffing. CILU'
.a ..v" Its g.,I.of I lie IAI ter. the t'llutow harcullse
sumil. In ct~ruvd lay lite no. of 8-oon. st.-el bAls used in
the Or.
00 lIW moutWooou. llte~tler of i-NI141,Cos anti NA011. V
volvint stirritia allip. At A given vusuXn, tit the itativist.
Q!0 0
1 Alto. being lowest At the stailichkarsairtric firtt re 0
ll$ heir r 11maws with the length of stir as . Ixu*s thm;b
1
IN- All-I Ill"-Atilig wtilh vueast of either mul)(allalt'llis
is mAx., then itectrAe%. The Stage of increasing v is tile
,.%in as .1 fAtio tlom~ tit tile toiahioinetric (NA011 7.
longer. the lo%ur the Nil, rotilcut at a fixt'l ell content. CO
0
t %li.i.C4 1. 9 it. L). tit the 1)rcwncc a)( ').-a 12 ii.ji.
IIN(h. aim,, the to.,it. is i% tile hither. lite holier the
Nits cootent. goo
I - 6111.3 111311W% A% AgAjo%j 51.4.2. In lite ahICIRT of N&011
Reagents low tit rather Nil, tit ell, or in I,oth. require 1VOO
Alill I N11.1,01, 311i1 Willi 3 lonAll Allit. Ill-141 9.11.1 of
longer tonet of stiffing tit re4ch the true V. The rrcxn-
kip IIINi), Do, t fl,~ 1 .4 NA011 a* tNI1.1,C(h. of 1%1411. oil
v ructuled tw,t rejIlvitt. ell 1:1. Nil, ;)Ill g. L. low ill
IIN(h. be 0
it tile still. of IINth lw~nt; the virof in the aeqUires, V
high-visco~ity ctilulo-e%,about 6 his.' stirring. Z
ht". of I Van 411AIR I&C'. Thm error it osin. it IIN(% much
kills, #W lusta-visraisity masteriAl. N. Thoca
1, larlit At low a, IRpsible, ao,I N4011 I- A.IlItIl in On
dilit. boo
asli It a ... tit .111filk*1 "6111106c 4,11101.
jjjn0V_0,_i~heM1C_0_techno1. InstiNz__Z_-z__.=____"k_-- tOSO
Ives,
t
u 49' 00 it*; .1, ROM lt*KLOA 114
0 0 0 0 0 0 0 0 0 0 0 0 610 0 0 0 0 0 0 0 0 0 0 0 a 0
tTod
1000 : : 0 0100000 000 0 0 0 9 0 0 0 0 0 0 Gio SO 0 0 0 0 0 0 0
0 0 0 0 0 0 is S

IntiovAtIell in the prepallakim of Spinning solatio 1119.
Ill. f. A%kkp--!_v imd V. M. M.afitinov, Vchsid. I lum.
No. 8, b ~Bk i ~,-Twssifjlc (velluological inutuvationq in div
pit-pli of ~z holhag mArls. of cellulose in ma aq. munjonheal
,041. f Ct,
,!,ulting fioni inurcisAM NIL conen. in the
CtIfIfU11111101lium scoln., hurnogeititation for 2 -1 brie., aad
Otialion Ivior to Nils rcinavol, are discusscil in detull
Elisabah Bkr4biDIL,:"--

ealudons of collulm. 1. The siRod
of ammonia anil ak*W on the tolatim at the plant of
dwarisation of cuivissimmoolaw isolutions or collulosts.
INA -1. alhh~wj all V. 11. A&F, I'VOW,
Y)a 1). Applied Lhrm,) 12. 7,61-7CIA1040). A Cu-%Iib
"IIn. is not it ttue Polvent lot crIIuIo%r bist is a complex
loviatrin tvnig. a chendcully unstable rutirammantutu base.
A change In the %14, conen. In the Cu-Nlf, voin. of cellulow
chovigirs Abe angle of totation of the plant of polesitation
islovat Unraily to the left %ith high concus. of Cu and
evIlulou. with km conen%. of Cu mid cellulose. (he "lie In
itilt,frowli at first And then Increwed. TU dild". of RAW
11,4. the Pattie r1live at rhAnslite the Nils rotten. A mtxr
4111111thru Mallon 1% laitirivr4l lwlwivll The Orsidt"Vit
10"&l.1
sotailim W a Cis-Nil* solit. sit sursivir tool the ronen. of the
volulionents *041 "Uty lie expWord liv the Intlixtuction III Cis
into loth monoviscrii aud tile formation of cwipds. of dif.
hirnt planes of rotationill"t change in the angle Of fats-
lion In tviation to the 14 or RAW cotim, Is explained by
the auumptiou of Pit Ionic trarfloo ourchnoWn between Abe
.0141low told tile ell-NU, -mail. I'voll W. Roilreftoo

AWUPOV, M.I. 60/49TU2
Apr 49
cellulose
Visoosity,
"Methode,for Determining the Viscosity of Cellulosel
In, Woots of Mixing on the Viscosity of Cupram-
-nonium Cellulose Solution," X. 1. Arkbipom, I Ivanovo
Chentootechnol Inet,-6 3/4 pp
"Zhur-Prik 1h1m* Vol =0 No 4
Intensity and duration of nixing Weetly influence ~i
the vleooili7 of if cupramonium solutions of
Aon.
cellulose and. the preciseness of Its determinat
This influence.1i greater,.the higher the viscosity
of the 'COUM1080., SUVAItted. 1~ 4i 48
60/49T112

-W
ad d aumbmW oa Gas ollearption ad coppar by calls.
Sells WI Its embability In emsorealummossLual
bohdAms,
X. I. Arklilpow-lant! V. P. Kharitawya. Ziar.
P"Nod'.
Mr-11-AMW Client.) 21. IWO-41054W.-Tbe oustit.
olmal. 44 Cu aboorbed by etifulamr, per mole CollvA.
dealt. by analv4% of the Initial mWil. milli of lip
lUtnle
allow wumplele, olmmumptitim, not only Inct"ars
with the
comes. of Cu but. ct "at. Cu vinitrat, vatirs
stetsugly
with tit* comes. of Nils. In oulus, Incapable W
disadvinj
aw C'ClAwma (Cu G=-Wa nuilsolo"A.), aboamption 14
CIA AM deervIsea with Intraosing Nil.. pamome tlash
a salm., and $ben Wresumf with further Increase In
Nils;
with low"Nal 4 CU content. the 16111. shifts to
larroaxinfil
bigh" Nils ",,."a, Cellulose that has fret4wit equir
in a own. (she# about I hr.) 41ors not take oil
l1lore ell
wiles Insuserml to a fresh spin. of the mail*
coaqw. I.e.
akloor am be #aid. with Cu lowards is Win. of given
Cu
On the other hand. fresh cellukale im-
mortwil Is a voln. whole Cu content has been
tirt-resiont
by reaction with relluloor does take up Cu. With in.
ffgamlng depletion of Cu and cormlloodism Increase
44'
the ft"" Mt. of Nill, the absorptions first
decreases
tbm istrosm rapidly. In sobts. rich In, Cu. 0* WAY.
a
t*SMIMIIZPC"MWUACMt& (rtIAtIVTtOtbfOFJghW
wt. of The sample? of t quant ty which goes Into
own. I
IN I hr.. land drid. Ill careful mild pptn. of The
Oltrate
(oullipletwuled by orlit, las I I. locreators "
o4maly with
increasing Nils content of the boln. Tt* threeboill
Nil,
content at whk% rianu molo. brons 6 fairer. The
higher.
The Cu content. A-W, with Cu 0.41", 0.09. and 0.07
UA.. the Nil. tbrvabolil is .1lisrox. It. 7. load 4
JVA..
". Lowering of it* only. through decrease of the Cu
content can be col peatated by a correar4sding
Increvise
of The -Nil. Contest. the Viet" the Nils nottir"t,
the
mail" The poly. Tbuq. in ant" to maintain a
(in the at lot defined abovr) at WIT. with the Cu
content
qhvecosling from 0.07 to O.R% 11.1. It is . to
UKM* Rill 4 tittles. Wbffftll btl MCI tbe=7*1-'
tell it Cu conterits. the Wettest of the NIII
neceswi 10
utaintin the vol at 10 AM M", 14 nnlY about I-'$'
and
I 3-fold. trap. U'. of vOl.U. A- place in 2 olellt,
aboamiAlon of Cu athl stlivallost "J the VUmt-
plea lanneti. The lot step russ I* cartled out
41110 10 &
eota. of CU(010. in atives; Natoli. but this own. b
unallit
to adrate Ow complex. It. however. cellulowe aboarto
Cu from a Cs(OH)% + NaOH sobs.. the solvent emoo
11.
evil the ""I ltnnwwd lu conett. N114011.
%411.lairs 13're"ininift'CrIv. Oxise
ltv L'tjisrntly, Nil,
onlyji4txuotr% atrmwi,tion of Cu by Lv ulame but is
wlao
an ellective x4vatins agent for the cu~vllukxoe
vansples.
N. TWO

0.
4t va, ticks#. teem. PlArA
agrnoto-l 5'.A0,11-1
-T , ta
Itil 60,11"' ' to
t V
tied . . I
,A % r4o, " '. ". ,
to 41cor" , ip~
w c6 94401, "1
Vote$ to wil"'
I CAA
*Alsw" Is

auto" of $8111111010 With OWANW"d MW
Om of meislits ky*sddn A. Iskshm
and U. Clen" (Ivwwvo Ina. Chm. Tftim
to-"low (Ifnis,
lobe 1) now elk. 9
malm. (bW from A. ads.)j In-elk. Wm.-U4
F. IT OW T1 deer"" the Mir. of I In N4011,
stromay stambed Ifom it* selmi C N111%,
$0 ~ W IWY. of I in CaUfAike-Mlin
makinalk.aramumiscalsolas-oln. The
F. of I to elk. or sommiscal voles. of U Is dtw
mm" cokilhistles c9owds. W CO(NIII),
th IM. gMt. I ady. data and date an &0-
No ". ~y I we pvm. Co was d~qd. by
as lone so W. 10% N&OH mA 90 ms.
W" to a asim. of Ce U oil In Ak tall btAer.
)IiVhm ot". the ridst, Is ballad 15 mls., -
I and 33 g. HIM we added and. after
6" 11tandmil is tkr&W with Nmm&Ov
:
2. U. Rim

CA
it a" In
Ark~lp". A.B. Paksbvrr *W N. 1. PM
MW Trimal. Intl.). ilii;. pookil. A ~'W=
lb MWO(IOW); cf. iW. 33.
T.
-..a ~1 SO after 24-hr. contact briver" The b
ro"kandtliesoln. Selected data of eqAU. Colm. 01m;
~d."
ydramicle (g-A-) In to of The c - of NJU ar Pholl
(g./l.) am* In NHj 40 7 1110.11-139.0 313.0. Ze OHjjs
10.6. 19.3 (Mal.), 16.7, W14 36.4. JW1, 11
IF 2M. .0 J14-h- Nth 43 9 123 7 9D4.0
9, 981. In'Nii0if i6 i 6 3m6 zo6t)-itVaR
". I * !~P cog H&O-26,
41.A. N0-4; NsOli Am. .0: W.U.
VXY, Ill 4'. at W. NOM W4, 172-11, 240. , 0100
41.111, O.Ms. 2,61: NaOll 1411.4. 109.2. ZV.2.
evit.1011 ~iillh > CUM101 > Ni(OMS; ift S&OH.
'
H), > > CO(OH)v > W01-O.-
0
uslilmy of the wu tested br dOg. Ow tiod.
Witt
ilt ltoo until
aj Wo. at 19-30 allowing
ft* rat 48 bn. I" thr dark. anslyshq the superittitant
sob. Praia timox$1. data. the ardw 61 dwreasim; sts-
blifty toward hydrolpils It. In mains. lei M11.011. Z 011)
I
> Cu(OH)o > Ni(011).. ..it 1. ".. I, N.M. 010:
> CN(OH).. Bohn. of thE "we hydrodcle In NS"11
are awe stable. than In NmOH. 'Alverim WOH), is
niort sol. In N40H than In N11,011. the moty. of CUM10',
and of MOM, ter in N114011. VAtb rrpfd to
669r.7
main of CeDulaw Nit. or N&OH soln. to a metal
by**xW*, The obvioto requireaml is bigb soly. of the
bydrfti& and low stability a# The empkx ooln, in ton.
tact. witb the OH groups of the cellulaw. It the latter
sedw b tonsiderW to nsn pLWJrI to the by"ysis by
1410. the wAst suitable @ohm. are Zn(OIl)j in N%OH or
WOW# In NH.OH; lams "ve am solos. of NI(OH)a
fit N114011. sail Cu(Oli)g or Co(OH), In NaOH. A *o1m.
of ZWOH), in N"H cannot be and for dissatvins
celhdw bwause of Its rubluty. N. Than

mes to else. alchol. d
"ball hjN
it. and G*tw
me", Anti N
-4,6,N4.1 A, S. nova
rn.f.
funwal") --See W-91
lit. q

Moralities of the reattivitive of some pelyby&oxy taini.
is cepresairadinkissnil- dial 1115 W Open 0
6a &iii hv&ndA..N-
I#' Lov Ovanovo Chem. O'Ch,mil. 111. . at. Prokw.
Khoda. (;. Applied Chem.) 24. Itri-1.1(liksl). -1tractitilit.
I* palyhysiroxy rompitis. (Rochelle disit. Sucr
md imilifl. dulcifoll. trirthanolambir I and 44 hilob'ef'
,-Arlisillydrul" (celfolimar Anil it. aft evilluateil ltv
Jaster"ll, loinctraw thrudiv.01 CuMilhistaq. Nil,. Is
handling pan is( the Cu A tlW ICU(NII.1-1(011 6 flaw into I'
"KWr Suble %W. conspil. 71W trife" is chararldriard by The
Mal. ratio in of Use Cu tjound Mail The amt. of pg)-hslln)%y
co"apti. ackleef,and by the ratio r ~ Cu:(n. Oli/Sing the no.
J mulies 4O Cu and the IML " "I PA'r% of ')If ffrIMIlM III
life
"K4 Tvjilraldats.at *-10'. Nil. - con.l. -:b")g 1.,A the
ror", r o(Cis (moleid/I I Anti of the ifiefraw A (Ittolm Cu
it.)
of the u4jr.. and of as amt P. life:. kqvcWtr -.41t (1.401
If uk A., e - 11.1772, a - OfKMI. as - 1.7, r -
massuitolo.uVI,
11.114:111. U.IXM. 1.97, 01W.' gl%vvrf)l flArxi. 0.14M,
0.14PA),
126. OXM. triethandlikutine on-m. witiju. O.Ir-I&I, I.;M.
0.1133: crthakile 0 11111. 11 21M. 111011101. (1-#?. 0.5311;
hy-
drust"Ttlulose 0.41113. O.Z.V1, 0.4". It me, luval. With
Ow Nils coaca. hicirris-isig (of, lo;Llix) x if.). c inefraws
in all
cold"; the ruivess of c with atitills. lit Inarkeilly allave
the
CVJIve without aildn' With h)firtivellok"e. an inirm4tar of
IIW aof)% of Cu brain. only 460%V VNII'I - 10-14 S./I ; with
cellulose. only an In-ignificaul 4 1. found at IN11.1 - 3
"Wirs/1 whereas both hytimmy &fill hydrucelluldissir give a
"Miked'inmew of c at that Nil, coown. Tbe rur%r of the
'eve,
talk) 0. A's a fullellowl tit 1XII.I. 1w- hishrO its the
*6-4kV 1.1
suldsts.. semi has a miss. at IN Its 3 el muWA. %%'fill so"
flow. in Inarrassess lillearil. wIII N-1161. and it- line
fir% vild.
skle-rattly below The curve warde.pousling to Absence 4d
sulkin
The Rachelle-4milt curvv. with an initial riertilinesor
portion.
is The Wired. 1U CurvTx of the ceflulos" Pass% through 0
VMS.. at the some, pdrft
jim as the curve without addit.
71be ratio r lasmasaa in all Casca with fNIIII. pArtirutarly
in
the lower-(NI-tel portions. the ltorlsellsi~salz curve lie%
Is' If
est. In yen". increasir of IN1141 increassis the fituctivIt';
of the polyhydrusly compd. relative to CU(011)'. TIM
rulatoryndrer In) oferoammmilicial inifirs. isaWafforted
hy I,* f '11JI Co"C". the uArt. With it 0.1 .11 Willo. of
hydrocelluldnig, no optical activity is found below INIIsI a
I At; from that Insert on. fill Increases rapidly wilts ISHII
lift to I-XIIJ - 3 moleall., slid liters further incresidt
tot-
comes much aloin-f. In soble. of Rochelle all will of uw-
tow. (al is Iscreasset! even b low couctit. of N14. and flies
issmasirs further with INHAT. morr raplifly In sucrose thou,
its Rochelle salt. hoof that an increase of (Nifil In the
wAn. pn-duc" an isterraided drifire of ammination. i.e. an
increaw W the no. dif Nil, nx6. cot*dimsted in the cupru-
ammoniscal complesI ul the pollyhydrotty compil.. is pro.
vi" IPY qwtroliholottirldr detu%. of the mol. A IMMINVIDS
(men. Sot the %ollt%. A% at futwtiollof INII.J. lit U 1 .6
too.
F falls regularly with hic-crasing INII.J. the order of the
curves bring Iffors, toP to holtom): without allkin., wilts
himilro"Itulodur (0.1 M with resisect to the unit fortensidij,

P001460041Uk OWY Ot CW6MMO&lMM SWIAOMS Of C*l-
V~ 11. Khantonove, (Zvanov%k
Chrus. Ppiklad. Xhim. j), Applied
ClIC110 14. M-4)(MU.-Potentiomettic (gbm and )I
clectrode) drin. W pit in cupramnioniunt soins. with U.'.7-
44.141 N.,*I, Cu %how higher oil- conen. ill rnprantmidlium
SIT"WO I he 011 1-111 %AlU"JVVlinV MI A41.111. Of JUI-
~ttta. Of 4.'ellUlOst. INtnilt 10U64,14 Of CUIIIA01-
ristmotion m4ei. there (^-%-or* a tirt%dk- in the lsti.#tuin
curve At
tbC OCUDAWAtiOn Of &IXMt .50e; Of CO ,hh""Ing.0 t"o-had
diusoco. of the %-upr;&mm*Wuu% complex. The depression of
I.Ilby&4f,iti.elpelyhydrasycompds.isgreatt,t %ithlo*Cu
cuRcub.. CIPIAittable by format ion oIaCu(.%Mj).%AtbrkIgv
dcroo the ad cent 110 gmps of (he added corupds. or by
transfer of 2 h) I pt to tbese Off grouiVrOM the com-
plex ICU(NIIII.I( rull. G. - Kosojapoff

ARKIIIFOV, Mil-hail Ivanovich
I
Academic degree of doctor of Technical Sciences, bnsed on
his defense,
21 December 1954, in the Council of the Leninernd C)rder
of Labor Red
Banner Technological Inst i.-reni Lensovet of his
dissertation entitled:
"Research in the Field cf Copper-Anwoninte Solutions of
Cellulose."
Acaderic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 25, 10 Dee 55, Byulleten'
MVO SSSRI
Uncl. TPRS/NY 548

4-h,
USSR/PhyBical Chemistry Electrochemistry., B-12
Abst Journal: Referat Zhur - Khimiya, No 1, 1957, 511
Author; Arkhipov, M. I., and Kharitonova, V. P.
Institutioni Ivanovek Institute for Chemical Technology
Title: Dependence of the Oxidation-Reduction Potential of
Copper on the
Ammonia Concentration in Copper-Ammonia Solutions
Original
Periodicalz Tr. Ivanoys. kbi .-tekhnol. in-ta, 1956, vol 5,
139-143
Abstract: The oxidation-reduction potential E of an ammonia
solution of Cu(OH)2,
measured with a Pt-electrode, becomes more positive as the NH3
con-
centration is increased. AD analogous effect is observed when
metallic Cu is added to the solution. The addition of NH4ClOk
produces a lowering of B.
Card 1/1

-477
-A-- ~Y,
---------------------------------------------------------------------
--------------------------
U: Tc clan 0. o lradiict3 :7nd 1-25
Thcir Aj)plic~-ition--Vcod dici-itutry products.
Ccl3,ulos(, Illitl ito rrnuf,,~ctualc. Ecpcr.
Abs Jour: Rof 7 hur-Kh-Imiy,7, No 100-17
Author -ArIchipov, 1.1. 1. -nd 20,,Ar'n, Vs Al
IvmOv,-,lz Clio I-AI.C 1~1 I'rv-Inccr.I.nC, Ins'u--.Ltuto
T I t 1. c Invost~.Sz,.tions in t1lic IP- olt! of Cu,.)r,,-mmonium
Ccl-
lulose '-" olut:~cn. 1'1'f~jct of 'U,hc Composition of
the Rc,,.L.-cnt on tic Chz:n~~cs in the .5tructuml
Viscosity of In 1(,,") Ccllulosc jQlution. .rkhipov)
M. I. -.nd Bol I sh-kov, A, G, "ffect of Asitz,.-
t~on Tirac mc! R-tc. on t'-c V.,-.riction in the
3tructurz,1 vis o Ity of z., I,,, Colluloso rloluUon.
c sL 0
Ori~; Pub: Tr. 1w-movsk, lclij.m.-tclcl)nol. in-t,-, 19%, 110 5,
144-Vi'U"; 1119-1r,'
"-bstr--ct: The effect of the concciAr-tion of Cu 7nd N11- in
the cuprr~ramonium sol.ution md of the typc of
Ccird 1/3

USOM/Chcmiccl TccbnoloCy. Chomic-cl Products and 1-25
Mcir Appliection--!lood clicmistry products.
Cellulose md its m-wifIncturc, 1'..pcro
Abs Jour: R(,.f Z1ivr-1ChJ.mj.y,,~, No 3, 1951', 10027
Abstract: -Sit,~t!.'on on tho chLnngos in the structural vis-
cosity of In. 11; cellulose (1) cupr.-mi-,ionium solution
hc..s boon invcst~.gvtcd. It lics bcon concludcd
th,~t the tr.?nsJA;io:j of I filom -,, sirollcn x1 to
the coriplotcly dispersed stzAc procccd3 grzAmIlly,
the trmsition boin,- the slower the lower the
concentration of Cu nnd N11-.-, in the solution.
IncrcnsinS the concontratijon of the IrAtor comp-
oncnts jocds to c, rcciuction in structure form,--
tion _~n n 1,fl) solution; hoircvcr, structure foliziC.-
tion wcs oloservcd to I)JL- 'cc in all Ili' solutions
t1jo Str1jetUre
invcstiGntcd, persisting even at
rclctivcly hir,,-h Prcasurcs. 1,11cii the zritntion t-'=-
7nd r-tc Vro inci-c-seC, the nut:foor ol' ri,~cromolo-
cular co-,)pcr cori-.,lc.,xs of Innd thc strcngth of
the bond bctvocn 'Llac scparrntc i-vcromolocul,~r
Card 2/3
......................................................................
...........................................................

500)
AUTHORi Arkbipov, M. 1. SOV/153-2-1-19/25
TITLEt On the Problem of the Solubilitiy of Various COpPOT-Compounds
in Aqueous Ammonia Solution (K voprosu o rastvori-mosti
razlichnykh soyedineniy medi v vodnom rastvore ammiaka)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniya Khimiya i
kbimicheakaya tekhnologiya, 1959, Vol 21 Xr-11 pp 102-108 (USSR)
ABSTRACT: The solution of the copper salts Cu(OH)2 CuO and of the
basic
copper salts in aqueous ammonia solution as well as the
properties of the resultant compounds bas not yet been fully
explained. Primarily the disagreement of data on the solubility
of Cu(OH)2 (Refs 3-5).could not be expLlained. In this
investigation the author attempted to generalize his own
experimental data as well as those of other sei-entists. Further,-
he dealt with the determination of the fundamental laws
underlying the dissolution of copper compounds in-various media.
CuO-and Cu(OH) 2 as well as the basic sulphuric acid salt and
copper sulphate are known to be differently-soluble in the same
solvent. Unlike the other salts mentioned, copper sulphate is
Card 1/4 highly soluble in water. The solubility of these salts
depends

On the Problem of the Solubility of Various SOY,/153-2-1-19/25
Copper Compounds in Aqueous Ammonia Solution
always on the capability of entering inter6otion with any
component of the aqueque- solution and forming a more or less
stable complex. This capability depends on the chemical nature
of the reacting substances, that is to says it is mostly
determined by the chemical process. The compounds of the copper
ion with anions of different-chemical nature and anions of
different size possess different degrees of solubility and
different capability of forming complexes. Th-e crys~talline
striieture of the resultant compounds affects considerably
the process of dissolution. Consequently, CuO and GukOH) 2
from the same complex compound I CukNH3)Mj (OH)2 whv, dissolved
in an aqueous ammonia solution of equal concentration. However,
the concentration of the latter compound with Cu(OH) 2 exceeds
that of the compound with CuO by several times (Table 1). Table 1
Indicates that the equilibrium state in the oase of the sys';em
Cu(OH)2 is practically attained within three houraq whereas it
takes 75 days in the case of CuO. In the first case the copper
Card 2/4 concentration in the solution is higher by 2-5 times though

On the Problem of the Solubility of Various SOV/153-2-1-19/25
Copper Compounds in Aqueous Ammonia Solution
the ammonia concentration is only 1/3 as high. Contrary to the
dissolution of CuO whiob is limited by the strength of the
crystal lattice, the concentration of Cu in the equilibrium
state (solubility) is, in the dissolution of Ctf."._'12 ,
determined
by the chemical stability of the complex. In orae-e to increase
the concentration of the copper-ammonium base, temperature must
be lowered as much as possible. This favors also the reaction
of the afore-mentioned base with cellulose (Table 2). Further,
the author studied the effect of the addition ofealts on the
dissolution of Cu(OH)2 (Table 3) which indicates that the
Cu concentration is rapidly increased by ammonium salts and
salts of alkaline metals. From the practical point of view the
Cu concentration in the dissolution of Cu(OH )2 can be lower or
higher than the equilibrium concentration for two reasonst (1)
if the state of equilibrium in the system is not attained; (2)
due to by-processest (a) partial transition of Cu(OH) 2 to the
colloidal statel(b) formation of HNO2 owing to oxidation of
Card 3/4 KH3 by atmospheric oxygen; (c) absorption of acid
vapors and

On the Problem of the Solubility of Various SOV/153-2-1-19/25
Copper Compounds in Aqueous Ammonia Solution
gases. In all these oases the Cu concentration is higher than
that to be expected with true state of equilibrium. All these
causes lead to great differences in the Cu(OH) 2 solubility
in an aqueous ammonia solution. Thus the impression arises
that the afore-mentioned solubility is an
undefined,-quantity.
However, constant values are obtained if all these--cmuses
are
taken into account or eliminated. There are 4 tables and
17 references, 9 of which are Soviet.
ASSOCIATIONt Ivanovskiy khimiko-tekhnologicheskiy inetitutl
Kafedra
khimicheskoy tekhnologii iskusstvennogo volokna (Ivanovo
Institute of Chemical Technology, Chair of the Technology of
Synthetic Fibers
SUBMITTEDs September 30, 1957
Card 4/4

OFOLINDVA, G.V.; ARRMPOV, H.I.
Phenoly9is of hydrolytic lignin in an acid medium.
Gidrolis I
leookhim, prom. 12 no*5:9-10 159. (W.U 12: 10)
IsIvanovskly khtmlko-tekhnologioheskiy institut.
(Lignin) (Phenols)

to
S/061/62/000/012/052/063
B156/B101
AUTHORS: Mogilevich, 1A. M., Arkhipov, M. I.
----------------
TITLE: Examination of the film-forming capacity of mixed
polyesters,
of the acrylic series in the presence of cobalt.salts.
PtRIODICAL: Roferativnyy zhurnal. Khimiya, no. 12, 1962,
6o3,--f2P2o6
(Lakokrasochn. materialy i ikh primeneniye, no. 6, 19609
12-16)
TEXT; The film-forming capacity of hexamethacrylate-(bis-
pentaerythrite)-adi-pinate (1) and hexaacrylate-(b
is-pentaerythrite
adioinate (II) in the presence of Cc salts was examined. 'I
and II w_..
produced by the well-known "condensation telomerization"
methodt
consisting in regulation of the chain growth during
polyesterification of
dibasic acids with polyatomio alcohols by introducing
monofun-otional
compound additives (in the case in question methaorylic or
acrylic acid).
The phynioo-chemioal properties are given for the I and II
produce&; they
are bwsioally polyesters with a moderate degree of
polycondeneat'iont
equal to 1. The film-forming capacity of I and II was
examined by
Card 112

S/08IJ62/000/012/052/063
Examination of the film-forming capacity B150101 . I
determining their degree.of conversion to an insoluble -polymer
during the'
hardening process. For this, a 60~ toluene solution of I or II was
applied to glass plates and kept for a fixed time at a given
temperature,
and the film then extracted with acetone, It is established that I
and
II are capable of forming films at 18-1000 C in the presence of Cc
'JO
linoleate (3-57% metallic Cc) or in the presence of Cc naphthenate
with a
forced addition of linseed oil;with increase in the temperature, the
rate,
of polymerization rises abruptly -and conversion of I and II to an
insoluble polymer takes place more completely; polymerization of I
and II
does not occur in the presence of Cc naphthenate without linseed oil
added; the film-forming process is retarded with increase in the
thickness
of the I and II layer; atmospheric oxygen can act as inhibitor or
initiator depending on the conditions of film formation of I and Il.
During the hardening pro-cess of I films, oxygen is taken into their
composition at 1.2-1;4 atome per molecule of I. [Abstracter's note:
Complete translation.]
Card 2/2

ARKHIPOV, M.I.
Thermodynamics of the reaction of polyhydroxy
compounds with
ammoniated copper hydroxide. Part 1: Reaction of
ethylers
glycol and d~-methylglucoside with w=oniated copper
hydroxide
in solution. Izv.vys.ucheb.zav.; khimA khim.tekh. 3
no.2*352-
35e 160. (MIRA 14:6)
1. Ivanovskiy khimiko-tekhnologicheskiy institut
kafedra
khimicheskoy tekhnologii lakovp krasok i
nemetallicheakikh
pokrytiy. IMW
(Copper compounds)' (Ethylene glycol)
(Clycosidoo)

ARKHIPOV, M.I.
More aoourate formila for determining the solecrular weight of
oeUuloae by visoometry. I2v.rp.uch9bL%av.; khim.i khira.tekh.
3 no*6:3209-Ulo 160, (MMA 3,4:4)
I* Ivanovskiy khimiko-tekhnologicheskiy institut, kafedra
tekhnologii
lakov, krasok i nomet&Uicheakikh pola7tiy.
(canulose)

ARKHIPOV M.I.
Thermodynamics of the reactions of polyhydroxyl compound3
with a
cuprammonlum bane# Part 3; Determination of the thermal
effects of
reactions between ethylene glycol and methylglucoside
with a
cuprammonium bue with the aid calorimeter.
Izv.vys.ucheb.zav.;
khimoi khimetekh. 3 no.6tlOS2-1085 160. (KMA 14:4)
1. Ivanovskiy kbimi o-tekhnologicheakiy institutq kafedra
tekhnologii
lakov, kraaok i nometallicheakikh pokrytiy.
(Ethylene glycol) (Glucoside)

100
S/153~60/003/02/27/034
BO11/B006
AUTHORt 4rkhipov, M4 I*
TITLr3s Thermodyn f the Reaction of Polyhydroxyl Compounds
With the Copper Ammonium Base. It Interaction of Ethylene
Glycolland a-Methyl Glucoside With the Copper Ammonium Base
in the Solution
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy. Xhimiya i
khimicheskaya tekhnologiya, 1960, Vol. 3, No. 2, pp. 352-358
TEXTs Polyhydroxyl compounds (PHC), e.g. cellulosell
I are soluble in copper
ammonium reagent. Owing to considerable experimental
difficultiest the
thermodynamics of such reactions has not been investigated. In
the present
paperp the author gives the values obtained by him for the
equilibrium
constants and other thermodynamic characteristics of the
reaction mentioned
in the subtitle. For this investigation, he applied the
conductometrio-
and solubility methods. In the former case, the author used an
apparatua
shown in Fig. 1. The specific electrical conductivity (x) of the
solutions
Card 1/4

Thermodynamics of the Reaction of Polyhydroxyl
B/153/60/003/02/27/034
Compounds With the Copper Ammonium Base. B011/BO06
I. Interaction of Ethylene Glycol and a-Methyl
Clucoside With the Copper Ammonium Base in the
Solution
was measured by the compensating method. The author developed
a graphic
calculation method of determining the concentration of the
compound
formed from the copper ammonium reagent and PHC (Fig. 2). It
is based on
the fact that at low concentrations (up to 0.025 moles/1), the
con-
ductivity is a linear function of the copper concentration.
Since the
initial copper concentration is known# and its equilibrium
concentration IN
is determined graphically, the decrease in the copper
concentration
(- Acu) in the course of the reaction can be determined from
the difference
between them. The chemical equilibrium constant is calculated
with the
aid of equation (2). The values for these constants and other
parameters
found by conduotometrio measurements are given in Table 1,,
The equilibrium
constant is independent of the ammonia concentration in the
solution. The
latter does therefore not influence the reactivity of the
copper ammonium
base in its reaction wi-th PHC. The reaction is exothermic
since the
reaction rate decreases with a rise in temperature. Table 1
also gives
Card 2/4

to
Thermodynamics of the Reaction of Polyhydroxyl
S/153/60/003/02/27/034
Compounds With the.Copper Ammonium-Base. B011[Z006
I. Interaction of Ethylene 01yool and a-Methyl
Glucoside With the Copper Ammonium Bass in the
Solution
the values calculated for the heats of reaction q# standard
thermodynamic
potentials CAZO) for the reaction, and values for the
increase in the
entropy (ASO) of the system (equation (3)). By comparing the
data obtained
by the solubility method (Table 2) with the above data,/it is
seen that
the corresponding values of the equilibrium oonstant are in
good agreement.x/
Kp of a-methyl glucoside is about 17 times higher than K P of
ethylene
glycol. The former compound is therefore more reactive and
has a higher
AZO . Only two of the four hydroxyl groups in a-methyl
glucoside enter
into reaotiong i.e. only those at adjacent carbon atoms.
There are
2 figures, 3 tables, and 8 referenoesy 5 of which are Soviet.
ASSOCIATIONs Ivanovskiy khimiko-tekhnologicheskiy inatitut;
Kafedra
khimicheskoy tekhnologii lakov, krasok i nemetallicheakikh
pokrytiy (Ivanovo Institute of Chemical Technology$ Chair of
Chemical Technology of Paints, Varnishes, and Nonmetallic
Coatings)
Card 3/4

Thermodynamics of the Reaction of Polyhydroxyl
Compounds With the Copper Ammonium Base.
I. Interaction of Ethylene Glycol and ct-Methyl
Glucoside With the Copper Ammonium Base in the
Solution
SUBMITTEDt September 23P 1958
S/153/60/003/02/27/034
B011/BO06
Card 4/4

S/153/60/003/004/032/040/XX
B020/BO54
AUTHOR: ArkhiT)ov. M.-I.-
TITLE: Thermodynamics of the Reactions of Polyhydroxy
Compounds
With Copper Ammonia Base. II. Interaction of Cellulose
With Copper Ammonia Base
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, 1960, Vol.'3, flo- 4,
pp. 725 - 730
TEXT: The author gives the results of the thermodynamic
investigation
of the reaction of cellulose with copper ammonia bases by
the polari--
metric, conductometric, and solubility methods. In the first
method,
the rotational angle (ao) was measured by a polarimeter of
the Lippich
system in a tube with jacket for tempering. The equilibrium
constant
K 8q of the reaction was calculated from the equation
a 0v
K eq (k.Aa 1(01 -k.Aao)(c 2 _k.Aao~j (2), where k is the
proportion-
ality factor(equal to the concentration of the optically
active compound
Card 1/4

Thermodynamics of the Reactions of Poly-
S/153J60/003/004/032/040/XX
hydroxy Compounds With Copper Ammonia B020/BO54
Base. II. Interaction of Cellulose With Copper Ammonia Base
at which the rotational capacity under given conditions is
unity)i AaO
the change of the rotational angle of the solution as
compared with
that of the solvent, a 1 the total concentration of Cu in the
solution
in moles/l, and o 2 the total concentration of cellulose (in
moles/1),
the molecular weight of the glucoside radical being taken ae
one mole.
Under the given conditions, k - 4.8v and the mean value of K
ioq at 25009
2
calculated from 15 test series, was 3-7-10- .The mean value
of the
change of the thermodynamic potential under normal
conditions, calculat-
ed from the isobaric equation, was AZO - -2.1 kcal/mole, the
mean value
of the change in entropy of the system due to the reactior
ASO- -7.9
(entropy units), and the heat effect of the reaction - 4,5
k~~al/mole,
Disadvantages of the solubility method are that work is
mposGible at
250C and at ammonia concentrations above 3 mol e9/1.
Experiments were
conducted at OOC, and at a ratio Cu(011 )2 . vol umE- ;.f
t,hp NH3 solution
- 6/100 g/ml. Results are given in Table 1, K eq 'i'4 0 C
show satisfactcry
Card 2/4

Thermodynamics of the Reactions of Poly-
S/153/60/003/004/032/040/XX
hydroxy Compounds With Copper Ammonia B020/BO54
Base. 11. Interaction of Cellulose With Copper Ammonia Base
agreement with each other, the maximum error beingt 10~.
The equi-
librium constants at 250C, calculated from the heat effect
of the reac-,
tion (determined by the polarimetric method), are in
agreement with each
other and with the equilibrium constants determined by the
polarimetric
method. In the conductometric method, it proved to be
necessary to use a
correction for the viscosity of the solution. The corrected
electrical
conductivity of the solution is determined from the equation
X0 W X.7mrel (4), where x 0 is the corrected electrical
conductivityj
x the experimentally found electrical conductivity of the
Copper ammonia
solution of cellulose, Yrel the relative viscosity of the
solution, and
m a constant calculated from Keq and being equal to
0.11-0.4*in most of
the cases. Table 2 gives the measured values of x, the
calculated Xeq
for solutions of various copper and cellulose
concentrations with and
without correction for viscosity, and the otheT
thermodynamic quantities
calculated. The arithmetical mean of q for all test series
was
Card 3/4

Thermodynamios of the Reactions of Poly-
S/153/60/00!,/004/032/040/XX
hydroxy Compounds With Copper Ammonia B02O/BO54
Base. II. Interaction of Cellulose With-Copper Ammonia Base
6.2 kcal/mole. Table 3 gives the results of the
thermodynamic investi-
gations of the reaction of cellulose with copp?r ammonia
base in dilute
solutions carried out by various methods. It was found that
all methods
mentioned yielded agreeing results for the thermodynamic
quantities of
the given reactions. There are 3 tables and 12 references:
10 Soviet
and 2 German.
ASSOCIATION: Ivanovskiy khimiko-tokhnologicheskiy institut,
kafedra
tekhnologii lakovl- krasok i nemotalliohesRikh pokryt.ly
(Ivanovo Institute of Chemical Technolcgy, Department
for the Technology of Varnishes, Dyes, and Nonmetalliz
Coats)
SUBMITTED: September 23, 1958
Card 4/4

I ARKRIPOV 9 Me I. ; VALGIN p A. D.
IV. Speotrophotometrio examination of
alkylphenol-formldebyde rasing.
Lakokrae.mat. i ikh prime no#209-62 161. (MIRA 142,4)
1. Laboratoriya kafedry lakov i krasok Ivanovskogo
khimiko-
tekhnologioheakogo instituta.
(Phenol condensation products--Speotra)

MOGILETICII) M-M.; ARKHIPOV) MOI,
FlIn-fOlIming capacity of mixed eaters of'tbe acrylic
aeries
in the presence of oxidation-reduction systems. Lakokras
mat, i ikh prim. ijo.3:3-8 161 (MIRA 14:6)
(Acrylic acid)
(Fi2=9 (Chemistry))

BAGAZHKOV, S.G.; ARKHIPOV, M.I.
S)rnthesis of dodecylphenolformaldebyde tar and its
properties.
Lakokras. mat. i ikh prim. no.5:16-19 161. (KRA 15:3)
(Phenol condensation products) (Protective coatings)

40967
S/081/62/000/016/034/043
B170186
AUTHORSi Mogilevich, M. M., Arkhipov, M. I.
TITLEi Research on the film-forming properties of mixed
polyesters t'
in tho acrylic series
PERIODICALi Referativnyy zhurnal.. Khimiyat no.' j6p 1962, 543,
abstract
16P223 (Lakokravochn. maiterisly i ikh primeneniyel no. 61
ig6it 26 - 3o)
TEM In addition to the hexamethaorylate
(bie-pentaerythrol)-adipate
MPA) and hexaacrylate - -pentaerythrol)-adipaAe, previously
obtained
P O~bis
isee RZhKhim, 1962, 12 2 ), the two following new
pol-yesteraoiylate 11 (PEA)
have been eynthesizedi tetramethaorylate-
(bibtrimethylolethane)-adipate
(MTA) and dimethaorylate-(bia-ethyleneglycol)-adipate (MEA), It
has been
established that the film-forming*property is determined by the
molecular
functionality, the viocosity and the ramification of oligomer
PEA as well
as by the conditions of reaction. The PEA investigated &a
regards their
film-forming properties can be classified as followes
KPA;P-MTk>MFAs It has
been shown that the hardness and the elasticity of filmR is
conditioned by
Card 1/2

. 3/081/62/000/016/034/043
Research on the film-formingeso B171/B186
their content of three-dimensional polymers and by the number of
reacted
double bonds per unit volume. In the sequence KPA, XTA# HEAt the
film
hardness decreases but the elasticity inoreases4 Both the
hardness and the
elasticity of films can be modified at will by-combining UA with
MPL-and
MTk* 12 referenoes. [Abstraoter's notea Complete translation.)
Card 2/2

ARKHIFOVt M.I.
Thermodynamics of the reactions of polyhydroxy compounds
vitha
copper qm n1a. base, Ftwt 4,- J)etermination of the
therml effect
in the interaction between cellulose and a copper
ammoala base witk
the aid of a calorimeter* Izv*vysoucheb,,zav.; 16L'Lm.i
khimitekh. A+
no.lrI23-127 161. (KMA 14 -.6)
1. Ivanovskiy khimiko-tekhnologicheskiy institut.,
kafedra
tekhnologii lakov, krasok i nemet&llicheskikh pokrytly.
(Cellulose) (Copper compounds)
(Chemical reaction, Beat of)

B/061/62/000/002/104/107
B110/B1O1
AUTHORSs Mogilevich, M. M., Arkhipov, M. 1.
TITLE: Investigation of film-forming properties of mixed
polyesters
of the acryl series in the presence of redox systems
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 2, 1962. 604,
abstract
2P281 (Lakokrasochn. materialy i ikh primeneniye, no, 3~ 1961,
3 - 8)
TEXT: The hardening rate in a 40/xthick layer was investigated
in air at
65, 80, and 1000C for two polyester acrylates (I)i
hexamethacrylate- and
liexaacrylate-bis-(Pentaerythrite)-adipinate in the presence
of various
redox systemsi of the initiators peroxides or hydroperoxides
(II) and
Co-naphthenate (III) or Co-linoleate (IV). The process was
characterized
by a high yield of unsoluble polymer. The investigated II in
conjunction
with III with respect to I without inhibitor can be arranged
in the follow-
ing decreasing order: 1,11-bis-hydroperoxy dicyclohexyl
peroxide >diiso-
propyl benzene hydroperoxide (p-tert-butyl isopropyl benzene
hydroperoxide,
isopropyl benzene hydroperoxide)> benzoyl peroxide (BP). The
presence of
g~~,~~droquinone in I changes the activity of II; in this
case,. BP takes
M
r

S/Oei/62/000/002/104/107
Investigation of film-forming ... B110/B101
the second place in the given order. IV is found to be much
more efficient
than 1H. This is explained by the fact that IV contains
residues of the
fatty acids of linseed oil which may form unstable
hydroperoxides and addi-
tional free radicals with atmospheric oxygen,. Thus, the same
efficiency
was obtained for both systems: PB-IV and PB-III with linseed
oil additions
[Abstracter's notet Complete translation-]
Card 2/2

MGILEVICHP
Determining the unsaturation of mixed pollvesters of the
acrylic
series. Lakokras.mat.i ikh prim. no.1:5f--60 162. (MIRA 15:4)
1. Ivanovskiy khimiko-takhnologichaskiy institut.
(Acrylic acid) (Esters)

ARKHIPOV. M.I.
Studying phenol resins. Report No.2; Conditions for
the synthesis
of arayl phenol-formaldehyde resins and their
properties. Lakokras.
mat.i ikh prim. no.2sl?-21 162. 0= .15:5)
1. Ivanovskiy khimiko-tekhnologicheskiy institut.
(Resins, Synthetic)

MOGIIEVICH, M.M.; ARKHIkQV
- ~MI
Investigating film,-forming properties of mixed
polyeaterc. of
the acrylic aeries. Lakokras. mat. i ikh prim.
no.6t26-30
,61. (MIRA 15:3)
1. Ivanovskiy khimiko-tekhnologichookiy institut.
(Films (Chemistry)) (Lacquer and lacquering)

ARKHIPOV M.I.- LARIONOV, A.I.
Amino-phenol resins; literary review. Lakokras.mat. i
iks prim. no.2.-
78-83 163. (HIPA 16--4)
1. Ivanovskiy khimiko-takhnologicheakiy institut.
(Resins, Synthetic)

BAGAZHKOVj S,G, ; ARKHIP(YV,, 14.1,
Kinetics of the reaction of n-tert-butylphanol wAh
formalde-
hyde in the alkali medi=. Lakokrao.mat. i ikh.prim.
no.4tl4-16
1629 (MM 16%11)
,I/

ARKHIPOV, M.I.; MYASNYATIKINA, T.I.
Effect of phenols and phenol, butyl formaldehyde resins
on the
formation of the oil-lacquer film and its properties.
Lakokras.mat.
i ikh prim. no.2:11-13 164. OCRA 17:4)
1. Ivanovskiy khimiko-tekhnologiehoskiy institut.

A','-I'l 1,J11 iMogdevicn. M NJ.'
I Ak I A~ A.'
1~% r:u- N I iA.
L; I
CrN,iaw i)hihaJqte. %N-atrr
ABSTRACT: The possibility and effectiveness of usin
hexamethaervIate Ibis-per-tapry-
9
tbritel) adipatv fMIDA) and tx-tr-,mothacryl ate ~11)1 s -
gl ~ c t, r. phtha.az t (TNIG P- 11) spddi -
tives for alkyde resins were studied. Lacquersl~,,Uamcd htt
an,!
alkv(ie re~-ins with -,mcl
and , r,)r. P", ~O!t!
MPI r A. li-11
mw -orr:)s;oti ii.;!-s ;116-v 1 (.11;
naturall% dn,-d lac(Itwt

L 30DOD-65
ACCESSION NR: AP4047674
acrvlate TMGP-11 it; equal in efficimm, to MPA. Com~,mril; In
and enamels with acrylate additives
havo a greater advantage when dried under naturall confUtions.
Bv o addl
ester acrx';ito to a4-,lc
SVIAMITTED Of,
NO RE F SOV: 00'7
E.
O'Mlf-R:
V

c.,d
1/4

u5
ACCESSION N-R: AP500-71,39

ACCESSION NIZ: A-P50071:10,

SOROKIN, Mikhail Fedorovich; LYALYUSHKO,
Kapitolina Alekseyevna;
YUKHNOVSKIY~ G.L., prof., doktor khim. nauk,,
retsenzent;
JARKHIPOV, M.1' doktor tekhn. nauk, prof.,
retsenzent;
A . a .* red,
(Practical laboratory work on synthetic polymers
for lac-
quers) Praktikum po sinteticheskim polimeram dlia
lakov,
Moskva, Vysshaia shkola, 1965. 271 p. (MIRA 18%7)
1. Zaveduyusbchiy kafedroy KharIkovskogo
Politekhnicheskogo
instituta in, V.I .Lenina (for Yukhnovskiy).

GAD-Z.HMALAYEVp A.A.L ARKH M-~ -
I.rybtlkylatlon 0
4 f phenol b7 styrene in the presence of Orthc-
rhtwphorio acid. 1-zvq v7s. ucheb, zmvl khIm- i
khIm- takh- a
no.3s469-V?5 165. (MIRA 18CIO)
I, Kafedra takhnologii lakov# krauok i
nametallicheakAb
FI~YUY*

ARMIPOV H H. (Khotin, Chernovitakoy obl., ul. Bogdana
Khmellnitakogo, d. 15)
Prolapse of an invagimted sigmoid colon. Nov. khir.
arkh. no.29
120-121 Mr-Ap 1390 (MIU 12:7)
1. Xhirurgiohookoys otdalaniye Rhotinskoy rayonnoy
bollnitay Cher-
novitskoy obl.
( INMTIMS--IMSBUS03PT ION)

ARKHIPOV, M. (Engr-Lt Col, Candidate of Technical Sciences)
&Uinoy. M. (gaffr-Lt Cgj. Candidate ot Technigal Sciences) -
Author of article,
"Atomic Energy: I-Tte physics of the Nuclear Explosion, "which
explains the power
of atomic explosions, the materials used in such explosionag
how an e#losion is
effected and the results of the blast. The artiel- mArt-ions
the 1940 discovery of
the structure of uranium by Soviet scientists, and deplete ~,ow
a bomb might be
exploded using conventional ex-losive materials to drive two
half-spheres of subcritical
material togetherl (Krasnaya Zvezda, 20 March 1954)
Author of article, "Atomic Energy; Thermonuclear Reaction With
Hydrogen," which
likens the explosion of a hydrogen bomb to the explosion caused
by the great meteorite
which fell in Siberia in 1908. The author states that the
hydrogen bomb releases
about 8-10 times more energy than the atom bomb, using the same
amount of nuclear
fu 1, and that hydrogen shells can be used inaerial bombs,
rockets, and torpedoes.
(K%snaya Zvezda 26 Mar 54)
SOt SUM 175, 6 August 1954

I AIU(HIPOV,-M--(Lt.,Col., Cand., Tech. Ser. Engr.)
It Thermonuclear Reaction With Hydrogen," Red
Star, blar 26, 54-
Translation D-141887, 17 Dec 54

amnw, it., (EnV-Lt Col, Candidate of Technical Sciences)
Coauthor with Maj Gen G. POKROVSKIY* of article, "The Physics of
the Action of Nuclear
Forces (In the Atmosphere and in the Sea)," telling of the
effects of nuclear explosions,
I~jd of light and shook waves produoed by air and underwater
bursts of nuclear bombs.
LEMnslated in full in Joint'Press Reading Service, No 156, 5
June 19~42 (Krasnaya
Zvezda, Moscow, 4 Jun 510
SOt SUM No. 224, 28 Sep 1954
IV I) - /"// ? Y 7// ~, Z) e,

Amn"Vj M, I gngr'-rt Col
Author of artiold, *Air Shook Wave and Light
Radiation During an
Atomic Explosion.* Sovetskaya Armiya, Group of Soviet
Forces,
GermaiWv 14 Aug 54, Doblest', (24th Air Am), 17 Aug 54
Author of articleg "Problems of Utilining Atomic
Energ7,0 subtitled
*Nuclear Reactors," concerning the construction of
nuclear piles or
reaetoraj, and the methods of controlling nuclear
reaction by means of
a light substance (water, paraffin, carbon, etc.).
The author explained
how "enriched piles" are made, and how plutonium is
derived from
enriched nuclear piles, (Article translated infUl
Joint Press n2ading
SellIggp No 257,, 11+ September 1954.) Krasnaya
Zvezda, Moscowp 7 Sep 54
SOt SUM 291., 2 Dee 1951+

- - -
ARMIPOVI 14. (Lt. Col., Ei*43r., Bachelor of Tech. Scis.)
"Problems of the Utilization of Atomic Energy," Red Star,
September 7, 1954,
Translation D-141W(, 17 Dec 54

1;;PR111,VO v, /7
Subject 7JSSR/Aerontuties AID P - 420
Caj-d - 1/1 Pub. 135.9 16/17
Author Arkhipov, M.0 Lt. Col. Eng., Kand. of Tech. Sci.
Title Light radiat ion of an atomic explosion
Periodical Vest. vozd. flota, 9, 87-94, S 1954
Abstract This article is an answer to a reader's request for the
explanation of light radiation during an atomic explosion
and of its striking effects. The author explains the
phenomena and gives the basic formulae of energy. Graphs
and tables.
Institution None
Submitted No date

ARK14 I FOY, M.
AID 11 - io83
Subject USSR/Aeronautics
Card 1/1 Pub - 58 - 13/19
Author Arkhipov, M., Kand. of Tech. Scl.
Title Air shock wave and light radiation in an atomic explosion
Periodical Kryl. rod., 12, 19-20, D 1954
Abstract Popular explanation of the formation of the shock waves
and comparison with other explosions. General informa-
tion on light radiation. Diagram.
Institution None
Slibmitted No date

ARKHIPOVp M. Pe Eng. Lt. Cole Cand. Tech. Sci.
"The Atomic Veapon," Komsomollskaya Pravdal Moscow, No.142~
p. 31 17 Jun 1955
Translation D 416337

ARKHIPOVP M. Eng. Lt. Col.
"Soviet Huclear Reactors." KraBnaya Zvezda, No.229, p.
3, 27 Sep 55
Summary of article D 418806

iTh-Hli7CV , IT
L'I .
"Soviet Nuclear Reoctors," a c1lapter froun the booh
rrobleins in the Utilization
f -arUc-fj7,--pT)f-Mh-ed
of Atomic Ellerg, the second rCViOCd C(litlon of a
oollectT7,77
11 llll* ), usa

- t-eaarov- il,-----P-,-
"The 'Vorking- Frincip1cs and Structureof Nucleor Reactors," u
chapter from
the book Problems in the Utilization of Atoiaicj~nergy, the
second revised edition
of a collection of orticles, published in 1,056, Moscow, U36R

ARKHIPOV, M. P
OsnM_ Ustr2Zstva Atomnogo Oruzhiya i Protivoatpmmya -
Zash-
chita (Bases of the Structure of Atomic.. Weapons and
Anti-
atomic Protection), by M. P. Arkhipov, under the
editorship
of G. I. Pokrovskiy, Moscow, Dosaaf, 1956, 87 Pp, with
il-
lustrations, 250,000 copies (from otandard USSR library
card
of the btate Library of the USSR imeni V. I. Lenin, No
358.5
The book gives a brief explanation of the physical bases
of atomic
weapons and the injuriouo action of air,, ground,,
underground and under-
water atomic explosions, and describes means and methods
of protection
fiom atomic weapons.
Sum 1Z39

WHINY.. /YI- P
evatovoye MuchaniYe Atomov VeryVa (LI ght Radiation From an
Atomic Explosion), by Engineer-Colonel Mikhail Pavlovich Arkhi-
yov, Candidate of Technical Sciences, Moscow, Voyennoye
Izdatell-
"v Ministry of Defense USSR, 1956, 211 pp
This book covers the following subjects: characteristics and in-
jurious effect of an atomic explosion, the nature of light,
temperature
sources of light and laws of their radiation, light radiation
from an
atomic explosion, and injurious action of light radiation from
an atomic
ekplosion and protection from it.
Of the 26 references listed, published in the period 1944-1946,
24
are Soviet and 2 are in English.
By light waves is meant the entire range of light waves, both
visible
and invisible (ultraviolet and infrared).
The book is intended to provide troops with an understanding of
the
hazards of light radiation resulting from an atomic explosion
and the pro-'
tective measures to be followed. (U)

ARKHIPOV, M..,.Engineer, M. Col., Candidate Tech. Sci. ----I
"Atomic and HydroGen Weapons," P. 5, from the Book,14odern Military
Wchnology,
10,56.
Translation 1114555

I rr\f
V/ T-
AID P - 4703
Subject USSR/Aeronautica - Air defense
Card 1/1 Pub. 58 - 15/17
Authors i Arkhipov, M., Candidate in Technology, and A. Dorofeyev
Title : Engineer defensive means against atomic weapons
Periodical : Kryl. rod., 5, 21, MY 1956
Abstract t The author passes In review different possible ways of
protecting the population of inhabited localities from
the effects of atomic attacks, and indicates where arid
how shelters may be organized. One design.
Institution None
Submitted No date

14AL'SHINSKIY, A.; KIRILIA)V, P.; ARKHIPOV, M.
. .......
Without knowledge of the subject ("Local air defense."
V. Sinitsyn and others. Reviewed by A. Mallebinskii
and others).
Voea.znan- 31 no.6:31 Je 156. (MLRA 9:10)
(Civil defense) (Sinitsyn, V.)

-1. ---, -..
11
ARIHIPOV, R., inthener-podpolkovalk, kandidat tekhnicheskM mauk.
I
Answer to readore questions: Critical mass of atomic change. Voen.
man. 31 no.800 Ag '56. OaML g.. 11)
(Nuclear reactions)

- --k- -i~ ,, -~, - - -- -
A M IPOV, H., inzh.-podpolkovnik.
. . ~ 11
T-- Perfidious plans of the enemies of peace. Toen. snan. 33
no.12:19-20
D 157, (Atomic warfare) (World politics) (KIRA lltl) I