SCIENTIFIC ABSTRACT ZABUSOV, G.I. - ZACEK, A.

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SCIENTIFIC ABSTRACT
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ZABU G.I. (Kazan', ul. Volkova, 48, kv. 1); MASLOV, A.P. -Y~da 2 an, T9 ul, Bauman&, 29/11, kv. ;'2) Some data on Timofeev's apparatus. Arkh. anat., gist. i embr. 45 no. 10:13-19 0 t63. MMA 17t9) 1. Kafedra gistologii (zav. - prof. G.I.Zabusov) Kazanskogo meditsinskogb inatituta. ZABUSOV# 4.1., prof.; XASWVO A.P., prof. Use of tiew Soviet stains in microucopi technic. Iraxmedalmr. 40 no.4:102 JI-Ag 139. (XIHA 13:2) 1. Is btfedry gistologil, (Ispolay.,ayushchly obyazannoutl waveduyusheb-s- go - prof, G*l* Zabusov) Mazanskogo meditsbukogo Inatituta. (STAINS AND STAINIM (HICROGOOPY)) ZABUSOVp podpollovnik; NEVIER,, V., kapitm How we preqare'the relief for drivers of streass-crossing and landing critft. -Voeno- vest. 42 -no.n,8"9 if 162. (KDI 16tlo) (Stream crossing,, Military) RAZUHOvj A*I*; WUSOVA,,_4fq4_ Phos-PhInic -And - phos phonic-'acid serief!.. Report NO.14: Sow- dQrivatives diethyl-.arbo--ymethylphoslihine oidde. Trudy ICWI no.30s28-36 162. Phoisphinic and phosphonic acid serien. Report No.15s Atomic rorraction of phosphorus in phosphirto oxides. 37-39 (KMA 16SIO) RAZtWOV, AdI*; ZABUSOVA, VA. Atadc ~rafraotion of phosphorus in phosphlais oxides. Zhur.ob.11ii rto.8:2691-A93 Ag 162. (MMIA 15:9) 1. Kazanaldy Wid o-tekbnologicheolciy inotituto (Fboapborms-Optical propbrties) (Phosphim. oxide) T, _429~~-- EwTavanw/Ewp(j) go/w ~C _XCC NR._A~Q90_2F ODE: bTO07M211HI21 AUTHOR: Zabusova, N.. G.: RaMMov. A. I.; Tarzivol va, T. A. TIT13: Studies in the series of derivatives of phosphonous and phosphonio acids. Report No. 30- Synthesis of nitrogen- and sulfur-containing derivatii ros of oxides of dialkylearboxymethvlohosvhine A SOURU: Ref. zh. Xhimiyat Part Is Abs. 7Zh3q9 PT7 SOURCE: Tr. Kazansk. khim-tekhnol. in-ta, vyp,, 33, 1964, 10-170 'ITOPIC TAGS: organic nitrogen compound, organic siAfur compoundo. organic phosphorus compound A-36TRACT: In a search for biologically active -conr3ounds, R2O(O)CHpC011R1R" (1; always:: R--a), R2P(O)RI CTI), ~ aM RIP(O)CH2CONA2" (III) w8iie obtained by two nethods. In zetb 0d A, -a mixture of 112POR and MCH2COMIR" is heated in a CC~ atmosphore until -the reac tion starts, and the substances are crystallized-from. octane or heptwie. In method Bs a mixture of an anine and R2P(O)Cff2COOR is heated to 1500, and after driving off the aicohol, the substances are separated RI R119 tho method of synthesis, the yield in b. p. in 00/mm or m. in *Cs_n20~, d4~0 are given for I: Ht Hp At 881 77-89 -0 P. R, R, A, 71, 142-3/0.18s 1.4864p 1.0427; Ph, a'9 As 68.5 (by moth>d B64%), 88o9, -; Us Bus As 6494s 54t -1, Hp PhCH2s Bs. 720 95 - P -; HP Pho Bt 78-59 126p -:V -; !'Is P-1-bC64, A, 37# 104# for TI (exoept R")t C1120s As 83., 135-6/0-3 M,~ P. 10, Lcard 1/2 142-~56-66 ACC NRt AM024992 1.47901 1.0764; CHzCOSRt Av 35t &0 -v for nit Fri Ph* Bp 66t 9% -9 Fri Ph, A, 63, 117, some of i-nI have a a For ReVrA 29P -see Sasmol, fact. ytjjLgff MXhims 196;0 m4i5. V. 0. [Translation of abstractl- SUB COMS: 07 Card 2/2 ZABUSOVA-WAVOYAp Z.1. -Izv, Planarians of the Itmvzian S-S R ---AN-A,=,- SM-Biol., nauki 16 no.4999-106 163. (tam 16t6li 1, Kazanskiy sallo kokhozyayatvem institut. A M M I MP CA rIMf I i; ZABeOlAZMOOYA. Z.. I Irow-data- --the- distribution of planarians-in-Siberlao-Sm. yo, on fame I flore.61b. no.1800-54 155. 1, razanakly sell skokboxM*tvannyy Inatitut Imoni A.M. Ocrikoego, 11.1fPF.TwjEi?i?j~.W.It-O-e-vi~2lIBI,~4A.?.-t~M-.VZ;Iw~'~..'~'Ll~1,44*JOFM-~;~i.Lwx.-.t-zimllw~ IM r, tam - -- -------- Yeasnres for improviAg-the quality-of mannfactured Inotrw- mants. I=.tekh. no.?'.-&-B J1 160. (MM 13:7) (Krasnodar-Instrument manufacture) ZABMOV, S.A.; TSININ, F-He Wntenance and repair of weighing nachines in rural diotricts. lzm.tekh. no.1:59-60 Ja 160. . WIRA I'J-,5) (Weighing machinea-MaIntenanca and repair) ZABUTTY, N.A. (RIga)' Googenital bilateral otic fistula. Tect. oto-rin. 19 no.1:102 Ja-F (RLRA 10:4) (VAR--ABRORMITIES AND DEF M ITIES) (FISTUIA) -.KHODYAKOII,- VeD,i- prof,.. -dbktor me-ditainek1kh jiauk;-SMIRROVA,--T.W-.~ --ken-demedlp- nemk; -kAkTYIj-jj.B,.,-- Seenmd Tnterrepublio Solent-Ific Conference of-Ot-firbinolazyngo- loglets of the Soviet Baltic States. Vesti. otorinolarinf:o 25 no,3:117-221 t63-,- GAUMI,-B,P.; UBVPYY, M.B.; KAGHM, Ll~ Ammon" Prof.- Nikolai Dmitrievich lbodlakov; on him 60th b-irthUr, Test, c-toria*-- 21 no.2:113 Kr-Ap 159. (ram - 12;4 (BIOGYAPHUS, I%odiAkov. Mikolai D., (Has)) Penetration-of a hair into the throat through the sustachlin tube. Test. oto-rin. 19 no.1-108 Ja-F '57 (KLRA '10:4) -(THROAT--FOBZIGN BODIAS) 49-T-I!W-VT44N~4& oil KHODYAKOV. U.D., prof.: ZA First Interrepu lic conference of otolaryngologisto of C~e Betanism, Lithuanian, and Latvian S.S.R. went.oto-rln. 19 no.6:114.-117 M-D '57 (MIRA 11:3) 1. Fredsedatell pravleniya obshchestva otolaringologov Letviyokoy SSR (for XhodYakov). 2. Sekretarl Pervoy mezhrespublikamakoy nnuchnoy konferentaii otolRringologov Hatonskoy, Litovakcy i LaWILviskoy SO (for Znbutw) (gsTOvlA--OTMHIUOLARYNG014xly) (LITHUANIA--(YI-ORHISOLARYNGOX,OGY) (LAW IA--OTORH INOLARYNGOIWY) Irnk-tr~mhv4qilil--"...-~"&%-Jr~:if~l_m;w~,,~,-~-1111-- (:-.0 u W, P-1 WA , ~ - I - - -- -.- - - - -- -IrM ZA3$YAWVO V46volod V'* n, $UtrtLdnIk It& BAN tho- vogetstIVOL, airrima-fri. tea--- with the aid of mediatory -ele'*tr*ph*resIs,, Ity.-ved. Inst.,' Vol., 9-1-OS113-167 19540 (AUTONORIC M-YO.US SYSTM. Function tests, electrophoretic technic) (IMTROPHORZSIS, autonomic NS bmct. test) 0. D. 41763 *r Yvon a .'Troblem of the Vertical Extension of Tropospherit! Prontal Separations," 0. D. Zabyan, Cand. Physicomath .6clij Moscow Central Inst of Forecasting IL-teorol i Oldrol" No 11, pp 15-21 Analyzes baric topography charts, OT 500/000, OT 225/500, OT 97/225, and charts of isallohyps OT 500/ ~:1000, OT 225/500 and OT 97/225. Concludes-that fronts located-in the lover half,of the troposphere extend up to the trvpopause. Charts are for Europe, 30 Mar 42.~ 245T41:1 Study of the vibration3 of -foundations under ve.-tical otc7les.-Ors'. Oan', funi. i mekh. krun. 6 n0-5:10-11 164. (PURA 17:12) BELKINA, T*M*; 7-ABYRINA_,_KJ.; LIMOVA, I.G.; FROMBERG, M.B. Adhesive componitions for film electricinsulation cardboard, Plast. massy no-68:64-67 164. (MIRA :L'7i 12) ~:40KOIATj NikolAyllikolapvtoh; AlfDlt&W#~KA*$r*d.j AKOPWS-A.A.,rad.1 Bllftff- V-G-,91&VnY7 red.: BUMVICH, G.V..rad.- OMOVSKIT. V'.L.rad.; MTSINURG, G.R.,red. ZAPIRIa X. z mo.t XLLITTUX,'MT, T.I.,red.; ILTAMLIDg J3.N.: UMO*ICIIO A.A.:- TINCVETU. P,70; FAVINSM. Y.G... Tarm, Ya.M.; MDM&Y, A.Ta.; SHMTKV, A.M.; TIMOKEEIA, Y.J..'red. [Hathods for the synthesis of organopolyallomnael 14timly sintese lioliorganqsilokeanov. Moakc~&,- Gos.snarg. izd-v4i.,- 1959. 198 P. (Moscow. Vaesoiuznyi elektrotakhnichaskit Insti4ilt. Trudy. no.66) U: 5) p , IVA. W-M- I ej;! 3 3 7 s/191/62/000/008/CO3/013 B124/ ,138 Aurj.,ZORS: Yholodovskaya, R. s., Gosteva, 0. k., Zabyrina, K. I., Spivak, X. M., Kirilovich, V. 1A. Develonment of eloctroinsulating.impre8nating masses containing no solvents. Impregnatinig mas3es based. on 5H- ON) epoxy resin PERIODICAL: Plasticheskiye massy, no. 8, 1962, 14-16 TEXT: 511 resin .,ias developed at the NIIPM and synthesized experimentally, according to VTU-11-206-60 from epichlorohydrin and the-condensaLion product of phenol and formaldehyde.with JIM as catalyst. It contE;ing up to 25-30;' phanyl glycidirie ether and chemically, it conaists Mainly of bis-lycidine ether of 4,41-dioxY diphenyl methane with a small content of others of trinuclear compounds. The resins were intended for i1aproenatine coils of*electric motors working at 130-1550C. Experiments with polyaluviophonyl siloxane- as /solidifier in amou~ta of % by waight showed that the resin set at- 1500C in 10-15 min with a weight- lotiu of les.-i than Commercial polyester acrylates Mf'j-9 (UGF-9) and the p:Aot- plant Card 116 S/1 91 /62/000/006,/003/013 Development of electroinsulating B120136 sample 7-1 developed by 1~ G. Sum-in could be set with thesame solidifier and possibly also without. Tests showed high resistance to heat and good dielectrio~pro')erties (Table 2), low losses of weight (Table 3), and good binding strength (Table 4) of the impregnatin,3 masses developed. There are 2.-figurea and 4 table*. The English-language reference is:. SPE Journal,- 33 (1959). Table 2. Physicochemical and electrical properties of the copolymers Legend: (A) mass, (B) viscosity 0accordinZ to VZ-4, sec, (C) drying time on copper or telephone paper at 150 C, min, (D) setting time in 1 mb thick layers at 1500C, Min, (E) weight loss during setting (after 2 hra' at, 150"4 tric strength, kv/mm*', (G) at 2.00C, (H) at 1550C, (0':) after (F) elec6 24 hrs in viater at 20 C, (K) volume resistivity$ ohm-cm., (L) tar65 at 50'opst (IM) 5AN + Z solidifier, (N) 7-1 + 511 + %/o solidifior P) '11"u-9 + 57; - 5;4 solidifier, (R) 4 1. IT, Prozorova assisted in tests, 1:9) ~'* th,a dielectric-Pronerties were determined on disks 1 mm thick, hardened for 4 hrs at 150-1600C in aluminum molds. Card 2/6 S/191/62/000/WJ/00~/01,5 DevelopMOnt of eloctroinsulating ... B124/B138 Tuble 3- Loss of weight in aging at 1800C (in hra-,- (.C) 5H + 5~ solidifter, (D + 0-61ilif ier (,'F'1 -noto: ) .7-1- t. 511 5;'j solidifier,-- 00 - the loss of weight was determined on disks 0.8-1,mm thick. Table 4. Change in binding strength of-impregnating masses during aging at isooc. LeVend: (A.) mass,- (B) test temperaturer-00, (0) binding strenat.3 of the mas S' kg: ~D~ in the initial state, (E) after aging, days,-(P) 5',NT + Z hardener 0 7-1 + 511 + % solidifier, (H) At the binding strength is characterized by the force required to.tear out the central part of a wire from a bundle of six copper wires impregnated with the compc,und, investigated. Card,3/6 s/191/62/000/GCIB/003/013 Development of elootroinsulatind B124/11136 TsstrtHC YtAA Ag- 9Ac04"%Rcxa11 nP04HOcluf 06M km OP arcKrPinct"s h CA -ru WCK-) Oix-* (F) Mph ";11 50,NJ u 0 Cot-as 0 0 R6U Y:2 H s r.0c, RE. g-3 20 5H + 6% OTBePAHTem 60 10 16 1 32 13 '31 6.101' 3.100 5 1014 0, WS 0, OU5 t~ 7-1 + SH + 5% arsepijwx 78 10 15 -2 27 25 26 1-ICAB 4.1010 5..'014 0,009 0.01 Mr*-9 + 5H + 5 % ouep 36 2 qaca 10 1 27 27 8 ;013 7.109 3-IGs 0,05 0.158 GTn IM B L 11 =6U01104 1 As. OTMUPRIWA a smullumum 40PmAz opm 160--1&01(: metive %cup:x w09. Table 2 Card 4/6 3/191/62/000/008/1)03/013 Development of electroinsulating ... B124/B138 come :~j nPOAOAWH7VAbffOcr.. ctspru". %KM 24 48 W _240 720 Table 3 wal + 5% OnepARMW 6,7 8,4 10.2. 14 is 12 4 1 +bH+b% amp* 0 WItirrtAx . . . . . .4,6 6,6 7 7,6 8,6 9,2 + a! + 614 crtnepAntAx 5,4 0 13 17,5 22* 24 np.-. Mus n*"PH Re" QflPeX-A"x K& OUPS&k&x 2 NxAt AXMGS Card 5/6 S/191/62/000/008/'003/013 Development of electroinsulating ... B124/BI38 MKIS cnocc"ow CMA". ~A) c-. Te knepaTy. MOARON 8 IwAe c-ISPORUX, MAN - - ,00 Nine 1~1 20 1 40 W Table 4 * _ (F)5H+5% oTWAx- 20 36 36 34 17.5 10.4 WAR 155 8 15 13,6 10.5 9.7 7A "7-1+5H+5% 20 33 19,6 9 12 7.8 araepAweim 9,3 HemeaTupyloulls cnocodi(Mb X&PAMParjacs y"lixem w4usallux t;tlrr- imoro oTpc3jca nposogoxi, u& ny%xa a uam wjAwx npomw, npormysN, Nora waulyegum cocullou. Card 6/6 H I It Ira M aa q V, 9 - 9 W I In 6 - WMWRW~~ _jv- - ANDRIANOV, K.A.; GOLUBKOV., DZfMWHBLISIEAYA, S.I.P- KOLGANOVA, V.A.; B01ONDAYEVAO N.I. .------.-Thermzidativo--degradation-of polyphanylpelydimothylsil!4wAnag PlAnt. Mad By 00 .2 s2 2.25 064, (MIRA 17t8) ACCESSION NR: AP4043820 S/0303/64/000/004/00191),0021 --AUTHOR: - BeUdna, T. M., - "*rina, Umova, 1. 0. Frombergi.- W. - B.- TITLE: Binder coatings for mica Insulation tapes, based on modified epwcy resins SOURCE: Lakokrasochny*ye materialy* I ikh primenenlys, no-. 4, 1964, 19-21 TOPIC TAGS: electric insulation tape, mica insulation tape,- tape binder aDating, tape saturation coating, modified epoxy resin, resin ED-6, resin E-40, Polyester amide resin, binder coating insulating property, binder coating thermal stability, binder coatingI syathesis ----,---ABSTRACT:-- The authors synthesized- binders for-synthetic mica insulatiar, -tapes intended for prolonged operation at 155C (beat resistance class F). The compositions were )r- mulated from epoxy resins ED-6 or E-40 and polye3ter amide resins obtalned by poly- condensa -tion of adipic acid, synthetic fatty acids, phthalic anhydride, glycerol and niono- othylaniline. Tetraethoxysilane was used as the hardening agent. The hardening process is presented schematically and authors conclude that it represents a rearatioa between tetraethoxysilane and hydroxyl grot:ps of the epoxy iesia or the polyester, - sometimes In- cluding a reaction between hydroxyl groups of. the epoxy resin and alkoxy 1p.-oups of the tetraethoxysilan.e. The synthosized coating retained viticosity of 40 sec. over pro- Gird 1/2 1. ~- .. 1- ACCESSION NR: "4043330 8/0191/64/000/M/0064/0067 AUTHOR: BoHdna, T. M.: Z *rina, K. I.; Umova, 1. 0. Fromberg, M. D. aby TITLE-. Adhesives for film-coated electrical insulating board SOURCE: Plasticheskiye massy*, no. 1964, "-67 S tin TOPIC TAG coating,. adhesive, electrical Insulation. insula g board, triacetale, poly- ethylene terephthalatej polyethylene, -glyceroterephthalate, polyglycerophthalate, castor oil, Rezyl, acryloultrile resin SKN-40, polyviilylformalethylal VL-7, alkydemelamine MGM-8, ethyl alcohol, toluene, acetone, bondIing strength, alkydemelamirie ML-92. polymer adhesive, polymer solubility, polyethylene film, afficic acid estor ABSTRACT: The mechanical and dielectric properties of triacetate and polyethylene terephthalate films used for coating electrical insulating boards are tabulated and com- -pared. For bonding polyethylene terephthalate films to electrical Insulating boards, polymers such as polyethylene lyceroterephthalate, polyglycerophthalate modified wilh g castor oil (Rezyl) and acrylonitrile resin SKN-40 dissolved In acetone or Ina IA_mLxturo_of___-- -alcohol-and acetone, -with different modifter"wte d mine Jai laanuor polyviny1formalethylal VL-7 and aLkydemelamines MGM-8 and ML-92 were Z; tested, using an electric adhesiometer on 6-mm -wide coated strips. Theadhesiveimappli(dtol 1/2 7 Al ACCESMON NR: AP4043330 the cardboard In a thin layer and dried for 3 -4 min. at 90C before the pojynier film vras applied to it; the sample was then kept under a pressure-of -15-20 kg/cm4_ at 90-+ 5C., The highest bonding -strength- was obtained with the Rezyl resin 90, modif led wiih the ethyl t I -ester of o-silicle acid. A plot of the stability -of the Rezyl compositions agaInst the content of the ethyl ester of o-silicic acid showed that the gelatinization time of rtegyl diminlishes conside rably -with increasing ester-content. -The viscosity of bonding -com;asittons volth -diffeient solv~ents was plotted against storage time at 20 + 5C. Stable compasitions were obtained by dissolving them in a mixture of alcohol and toluene (1 :1) or eth34 alcohol-- I toluene-acetone (1:1:1). 7bey remained stable for 5 months during which thrie their- viscosity remained almost unchaqged. The Rezyl adhesive modified with the ethyl eirter I of o-silicio acid (23-7) applied to matil showed high heat-stability and veil, good electric characteristics, whiA did not chango significantly in a humid atmosphere. The char- I noteriatics of:thocomoosition 23-7 and thoao of tho bonded insulating board- &m Hated. J1 Orig, art. has: 2 figureh.0 2 tables and I chemioal eqyation. ASSOCIATION: Kbne'~ SUBMITTEM, 00 ENC TA 0) NO REF SOV: (100 OTHER: 003 SUB CODE*. IOCt MT 2/2 C.,d _Sq WMf*W-.jW -IWMW 29739 1407 S/190/61/003/01f/010/0161 B11~0/bioi AUTHORS: Andridnov, K. A. , Fromberg, M. B., Zabyrina, K. I., Sorokina, ......... ....... TITL1~: -copolymers- from -polyorganosiloxanes and epc xy resin PERib.DICAL: Vysokomolakulyar'nyye soyedineniya,- v. 3, nc. 11, 1961, 1692 1697 TEXT:--- Polar- groups -bound--,to--Si-- are-introduced-Ao increase. the--mechani c al strengthran4-the adhesion of polyorganosiloxanes (POS). __ Sine(.--the stability of the Si-radical bond -is often, reduced by such. introduction,' graf t -or block -copolymeri zati on -,vi th Polymers containing polar Groupe :L S recomimoyided...- The- functional groups contained in the c 0polyzier also ppxmit reactions with bifunctional groups for POS,hardening at room ti.-mperatuxe. ,Epoxy resins (1),Ca.talyze polyconde-nsa-tioris of-POS: 2i.4will + 110-Si- -Si--O-Si- + H 0 to - solid.$ Unmeltable nubatlinces, 2 A partiCUlarly if POS colitain.00 -or -00 If groups. It is assulned that the 3 2 5 alkoxy Erouv~,~ of P 0 react with the hydroxyl groups of I accordinU to Card 1/5, 29739 S/19 611003101110101016 Graft polymers from polyorganosiloxanes... BI 10YB101 Alf - c1l, A -\Cff cut +C21140H 0 C112 (A) -cli - C11 -c1i - CH2 \0/ 0 Phenyl triethQxy silane with I forms a homogeneous polymer with aeparation Of 02H5OH, Card 2/5 .34 29739 S119 /010/016 OY61/003/011 Craft polymers from polyorganoolloxanes... B11 B101 -0 _CtI'_c -06 Aft, 0 0 (B) 51 - Ocilla (till F10 rproducing graft copolymers the authors,used polydimethyl phenyl 811excknes (II) or polydimethyl phenyl mdthyl silox~ined-'(moleculftr~weirlits: 1000 1500, Off, content -1.0 - 2.0%) with 3 methoxyl or athoxyl, -el'oups... They obtained these polymers by hydrollysis of a mixture Df (CH.) SIC1 and C H SiCl or (CH ) Sicl Sici and C H Sicl in 3 2 - 2 6_571 3 3 2 2' CE3 -; 3f 1 1 6 5 1 3'. -Water-alcohol, medium. Since-the dimension of the alkoxy group-contaiderablir affecta the thermal decomposition,_polymers with OCR Groups react at -,card -3/5 140' 6 19P91 1 /0 1 C /0 16 Graft.' olymers P~ _from,polyoreariosiloxanesi.i BI 10r B101 0 230 C, tho'se -with OC H groups at 2600C. 'No copolymer is f orined at --J .content The co polyme ri za ti on 'i q _ao aompan:L ed - by an,.a~lkoxy group 3 separation of'O ILOH and detrease :of-,epoxy,groups, aspeci lly-ed; increari. --2-5-7 --the infrared spectra,of-po 'tem1porature laventi Cations of (III) and graft -copalymoro based on thm canflrm the reltotion-Jtiechaniam describod., 2ttrbidinietric analysee showod the -holmoge'nei ty of- -III ana i ts graf t copolymers. , The -presence 'of cpox- 'y ,groups in the.l.,copolymers permits hardening by means of diaminea Mill'O -(IV), hexamethyleno diamine (Y), m-phon lone diamine, i,.i-toluy-1~o polya * I y - -to non thormoplast ic- varnizh films-which'are highly thermoolastic 0 at. 200-C. - The chemical nature of, the hardener Ponsiderably affetits the -film properties. The-high the%rmoelasticity of.films-hardened with IT and is .p.robably-due to thexr.-ev Iaporation -at 200 0 C. Hardening is also per- formed at 130 - 150 0 by means of polyphenyl ozkloxanos- (VI) I'll 0 0 heated at 20O.C for 4 hr and.at 250 C for 10 hr-has.T O'C' ark indistinctly marked,~range of highly elastiic deformation, and it flows at 200 0. 1 -n. gra..ft copo IlymeIrs based on III iind hardened.for 72hr at 20 0C by. means of IV,.the value of highly, elastic, idef ormation, and 'f1wing GarO 29739 81190J611003101110101016 Graft polymers from polyorganosiloxanes.,,. B110/B1041 starts at 1500C. Structuration at 200C is slow, After '120 hr, the temperature range of highly elastic deformation was much wider, and the flow temperature Tf Was 33000. Graft copolymer hardened With IV' for 2 hr at 2000C has a steric-structure, an.lnslgn~f:~cant highly elastin. deformation, and a flow t8mperature,of 450 0. Structurated polymer with a flow temperature of 425 C is formed-by hardening with VI at 141,00C within 2 hr. Varnish'films from sclutions of' copolymers hardenod at 0- T - 150 C by means of VI form nonthermoelastic ecats with higher mechanical strength and adhesion as coats from POS, There are 2 figures, ~2 tables, and 2 Soviet references, ASSOCIATION: Vaesoyuznyy elektrotekhnicheskiy institut im. V~ L Lenina (All-Union Electrotechmical Insti tute iiheni V., L Ionin) SUBMITTED: December 25, 1960 Card 5/5 ---8/661/61/000/(106/069/081 -D247/D302 AUTHORS; Fromberg, Me B.0 Andrianov, Ke A, and ~~Fina, K. I. TITLE: Block polymers.from polyorganic silicones for electrical insulating coatings for air drying SOURCE: Khimiya i prakticheakoye primeneniye kremneorganiches- kikh soyedineniy; trudy konferentaii, no. 6t~ Dokladir, diskussii, resheniye. II Vses.-konfer. po khimii i prakt. prim. kremeorgo soyed,, Lane 1958. Leningrad, Izd-vo AN SSSR, 1961, 299-300 TEXT: The text it in the form of a discussion in which Ae,?. Koi- seyev (Moscow) took part. Some thermal.and mechanical properties of the polymere (thermostable up to 20000) are mentionel, and in- direct evidence for their block structure is given. ASSOCIATIONs Voesoyuznyy elektrotekhnicheakiy institut im. V. 1. Lenina, Moskva (All-Union Elea trotechnicall.- Institute im, V. -I. Lenin-,- Moscow), Card 69246 SOV/1-12-5R-17-35821 Translation froms, Referativnyy zhurnal. Elektrotekbnika, 1959, Nr 17, p 12 (USSR) AUMORS: AndrianoV. K.A., Gribanova, 0.1., ;abyrina, K.I., Chernichkina.-A,Z, TITLE t. H6it-R-es a ant- Electro-Insulating Varnishes on the Base of.11lico-Orp-anic compou= PE'RIODICAL, Tz-, Vaes L�jpktrotskhn. in-ta, 1058, Nr 62, pp 16-28 AMTRACT: The heat resistance of,silico-organia polymers depends to a great extent on the nature of the organic radical. So with an increane of-the-organic-- radical of the aliphatic seri s-(for-in;j1o-e--at--a-- trans ition -from --to-ethy the heat resistancev. ecreases ---Wit Ild h an increase at the aronatic heat resistance decreases also. -Dielectric cha,.racte-ristics tgr , Z) of silico-organic polymers are -relatively little dependent on temperature. It can be assumed that this is connected with the low mobility of the chains of these polymers owing to the presence or cratis links and with the greater rigidity of siloxan bonds, In order to.irwrease the ine- clianical strength and- adhesion -of silico-orgax~ic polymers, pclar groupit must be introduce4 in organic radicals. Depending on molar relations,of Ini tial Card 1/2 products, resins and varnishes based on them of various purposes tuid with 692h6 SOV/1,12-503-17-135821 Heat Resistant Bleotro-Insulating Varnishes on the Base of Silioo-OrSgutio CompourAls various hoo rosistances were- obtained. Properties and application of varnitshes IF.-.3,- IT-5, x-44;7 K-47, K-48 are briefly described. A.O.M. Card 2/2 KHOLODOVSKAYA, R.S.; -WYRIUJLjkj SMLENSKIY, L.S. Electrical Insulation properties of lacquers based- on (icndensed fatty aoide ' --- - 1-- 39 #6,