CS251246B1 - Mixture for glass surface treatment before vacuum steaming of aluminium - Google Patents
Mixture for glass surface treatment before vacuum steaming of aluminium Download PDFInfo
- Publication number
- CS251246B1 CS251246B1 CS843714A CS371484A CS251246B1 CS 251246 B1 CS251246 B1 CS 251246B1 CS 843714 A CS843714 A CS 843714A CS 371484 A CS371484 A CS 371484A CS 251246 B1 CS251246 B1 CS 251246B1
- Authority
- CS
- Czechoslovakia
- Prior art keywords
- surface treatment
- glass surface
- aluminium
- mixture
- treatment before
- Prior art date
Links
- 239000000203 mixture Substances 0.000 title claims abstract 6
- 239000011521 glass Substances 0.000 title claims abstract 4
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 title claims abstract 3
- 229910052782 aluminium Inorganic materials 0.000 title claims abstract 3
- 238000004381 surface treatment Methods 0.000 title claims abstract 3
- 239000004411 aluminium Substances 0.000 title 1
- 238000010025 steaming Methods 0.000 title 1
- QAOWNCQODCNURD-UHFFFAOYSA-N sulfuric acid Substances OS(O)(=O)=O QAOWNCQODCNURD-UHFFFAOYSA-N 0.000 claims abstract 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract 3
- MCMNRKCIXSYSNV-UHFFFAOYSA-N Zirconium dioxide Chemical group O=[Zr]=O MCMNRKCIXSYSNV-UHFFFAOYSA-N 0.000 claims 2
- 239000002253 acid Substances 0.000 claims 1
- 230000002378 acidificating effect Effects 0.000 claims 1
- 238000007740 vapor deposition Methods 0.000 claims 1
- 230000008020 evaporation Effects 0.000 abstract 1
- 238000001704 evaporation Methods 0.000 abstract 1
- 238000004519 manufacturing process Methods 0.000 abstract 1
- RVTZCBVAJQQJTK-UHFFFAOYSA-N oxygen(2-);zirconium(4+) Chemical compound [O-2].[O-2].[Zr+4] RVTZCBVAJQQJTK-UHFFFAOYSA-N 0.000 abstract 1
- 229910001928 zirconium oxide Inorganic materials 0.000 abstract 1
- UGTJLJZQQFGTJD-UHFFFAOYSA-N Carbonylcyanide-3-chlorophenylhydrazone Chemical compound ClC1=CC=CC(NN=C(C#N)C#N)=C1 UGTJLJZQQFGTJD-UHFFFAOYSA-N 0.000 description 2
- 101100162168 Mus musculus Adam1a gene Proteins 0.000 description 1
- 101100322557 Rattus norvegicus Adam1 gene Proteins 0.000 description 1
- 210000000988 bone and bone Anatomy 0.000 description 1
- 230000029305 taxis Effects 0.000 description 1
Landscapes
- Materials For Photolithography (AREA)
Abstract
Řešení se týká výroby zrcadel, a to složeni směsi pro úpravu povrchu skla před napařovánim hliníku ve vakuu. Cílem je zvýšení čistoty skla a zjednodušení ruční práce. Cíle se dosahuje pomocí směsi sestávající ze 4 až 6 % hmot. oxidu zirkoničitého, 0,007 až 0,11 % hmot. koncentrované kyseliny sírové, přičemž zbytek je voda.The solution concerns the production of mirrors, namely composition of the glass surface treatment composition before evaporation of aluminum in vacuum. The aim is to increase the purity of the glass and simplify it Handmade. The goal is achieved with % blends consisting of 4 to 6 wt. zirconium oxide, 0.007 to 0.11 wt. concentrated sulfuric acid, with the rest is water.
Description
I 3aHBneHo: 19.07.82 3aaBKa: (ř 3473579/29-33 ' MKH3: C 03 C 23/00I 3aHBneHo: 19.07.82 3aaBKa: (ø 3473579 / 29-33 'MKH3: C 03 C 23/00
Abtopw: Η.H.BopncoBa, H.C.A<J)OHHHa, Η.Α.Φηηηπποββ h M.H. PaccKa3OBaAbtopw: H.H.BopncoBa, H.C.A <J) OHHHa, Η.Α.Φηηηπποββ h M.H. PaccKa3OBa
3aaBHTenb: Bcecoio3HbiH προεκτΗο-κοΗοτργκτορεκΗΗ h τθχηοιιογηηθοκηη HHCTHTyTMeOejiH3aaBHTenb: Bcecoio3HbiH προεκτΗο-κοΗοτργκτορεκΗΗ h τθχηοιιογηηθοκηη HHCTHTyTMeOejiH
Ha3BaHne Η3ο6ρθτθηηη: COCTAB ΠΟβΓΟΤΟΒΚΗ IIOBEPXHOCTH CTEKJTA TIEPEfl AJBOMH-HHP03AHHEM B ΒΑΚΥΥΜΕHa3BaHne ο3ο6ρθτθηηη: COCTAB ΠΟβΓΟΤΟΒΚΗ IIOBEPXHOCTH CTEKJTA TIEPEfl AJBOMH-HHP03AHHEM B ΒΑΚΥΥΜΕ
IfeoSpeTeHHe othochtch k npoH3BoncTBy 3epKa.Ji c aJiioMHHneBbíM oTpaacaioiuHMCH cjioeM,b MacTHoCTH κ noflroTOBKe noBepxHocTH HaTpHň-Kajihiplň-CHJiHKaTHoró CTexjia nepeflaJiioMHHHpoBaHHeM b BaxyyMe. Οτβκπο, nocTynaioiuee na η3γοτοβιι0ηηθ aepKaJi, coflep»nT Ha CBoeň noBepxHocTH3arpH3HeHHH h npoflyKTbi rHflpoJiH3a CTeKJia.IfeoSpeTeHHe othochtch k npoH3BoncTBy 3epKa.Ji c aJiioMHHneBbíM oTpaacaioiuHMCH cjioeM, b MacTHoCTH κ noflroTOBKe noBepxHocTH HaTpHn-Kajihipl-CHJiHKaTHoró CTexjia nepeflaJiioMHHHpoBaHHeM b BaxyyMe. ,Τβκπο, nocTynaioiuee to η3γοτοβιι0ηηθ aepKaJi, coflep »nT Ha CBoen noBepxHocTH3arpH3HeHHH h npoflyKTbi rHflpoJiH3a CTeKJia.
HaHeceHHaa Ha Taxy» noBepxHOCTb τοηκηη* nJieHKa ηηιομηηηη nop, peňcTBHeM meno-mh, oSpasymineHCH b pe3yjibTaTe rHppojiH3a CTeKJia, pa3pyniaeTca nacranHo hjih nojiHoc-Tb'ro"n 3epKa.no npeHCfleBpeMeHHo BbixoflHT H3 ctpóh. H3BecTeH' cocraB «jih ποαγοτοβκη noBepxHocTH CTexJia, co«epjKamnň, r/n:HaHeceHHaa taxes Ha »noBepxHOCTb τοηκηη * nJieHKa ηηιομηηηη NOP peňcTBHeM name-MH oSpasymineHCH b pe3yjibTaTe rHppojiH3a CTeKJia, pa3pyniaeTca nacranHo hjih nojiHoc-Tb'ro" n 3epKa.no npeHCfleBpeMeHHo BbixoflHT H3 ctpóh. H3BecTeH 'cocraB «South ποαγοτοβκη noBepxHocTH CTexJia what «EpjKamnn, r / n:
KaOH 550-700KaOH 550-700
NaNOi , . 200-250. ITocjie TpaBJíeHHH noBepxHOCTb CTexjia nonoJiHHTeJibHo oSpačaTbieaioT b κοΗρεΗτρκ-pOBaHHOÍí 33ΟΤΗΟΗ KHCJlOTe [lj .NaNOi,. 200-250. ITocjie TpaBJíeHHH noBepxHOCTb CTexjia nonoJiHHTeJibHo oSpačaTbieaioT b κοΗρεΗτρκ-pOBaHHOÍí 33ΟΤΗΟΗ KHCJlOTe [lj.
Hep,ocTaTKOM yKa3aHHoro cocTasa hbjihbtch to, ητο oh TpeSyeT nonojiHHTejibHoňo6pa6oTKH b KHCJlOTe, hto ycnoacHaeT caM npouecc ποβ,γοτοβκη.Hep, ocTaTKOM yKa3aHHoro cocTasa hbjihbtch to, ητο oh TpeSyeT nonojiHHTejibHoňo6pa6oTKH b KHCJlOTe, hto ycnoacHaeT caM npouecc ποβ, γοτοβκη.
Hanfíojiee 6jih3khm k npeftnaraeMOMy no TexHunecKoň cymHocra h uocTHraeMOMypeaynbTaTy BBjíaeTCH cocTaB Ha ocnoBe flByoKHCH uhpkqhhh h bo^m, HcnojibayeMbiň Bcnocoóe ποαγοτοβκη nosepxHocTH CTeKJia nepe« HaHeceHHeM MeTanjiHnecKoro cjioh,npH pynnoH hjih MexaHHHecKOH nojiHpoBKe, nocJie aero προβοαητ o6e3WHpHBaHHe b pac-TBope a3OTHofi khcjiotm, a 3aTeM b pacTBope xpomoboh CMecn c nocjieuyioiuefí npoMbiB-·KOH B Bone [2] . 3tot cnocoB TaKHce oueHb τργηοβΜοκ h BKJiionaeT pynHbie onepauHH. KpoMe toto,H3BecTHbiň cocTaB He oSecnenHBaeT HyxHoň uhctotm noBepxHocTH CTeicna. 251246 2 O qncTOTt: noflroTOBKH noBepxHociH creKJia απη ηαιομηημροβηηηη cyflHT no Bnaro-croňKocTH 3epxan h npoqHocTH Ha HCTHpanne ánwMHHHeBoro cjioh,Hanfíojiee 6jih3khm to npeftnaraeMOMy no TexHunecKoň cymHocra h uocTHraeMOMypeaynbTaTy BBjíaeTCH cocTaB Ha ocnoBe flByoKHCH uhpkqhhh h bo ^ m HcnojibayeMbiň Bcnocoóe ποαγοτοβκη nosepxHocTH CTeKJia NEP «HaHeceHHeM MeTanjiHnecKoro cjioh, NPH pynnoH hjih MexaHHHecKOH nojiHpoBKe, nocJie aero προβοαητ o6e3WHpHBaHHe b pac-TBope a3OTHofi khcjiotm and 3aTeM b pacTBope xHelp CMecn c nocjieuyioiuefi npoMbiB- · KOH B Bone [2]. 3tot cnocoB TaKHce oueHb τργηοβΜοκ h BKJiionaeT pynHbie onepauHH. KpoMe toto, H3BecTHbiň cocTaB He oSecnenHBaeT HyxHoň uhctotm noBepxHocTH CTeicna. 251246 2 About qncTOTt: noflroTOBKH noBepxHociH creKJia απη ηαιομηημροβηηηη cyflHT no Bnaro-crokKocTH 3epxan h npoqHocTH Ha HCTHpanne ianwMHHHeBoro cjioh,
Uejib H3o6peTeHnq - noBbnueHne uhctotu ποαγοτοβκη h coKpaiueHHe pynHoro rpyna.nocTaBneiiHan uenb AocTHraeTcn τβΜ, hto coctsb απη ποαγοτοβκη noBepxHocTH CTeKJia nepea anioMHHHpoBaHHeM b BaKyyMe, BKnroqawmHň AByoKHCb ahpkohhh ti boaÝ»AonoJiHnrejibHo copepxHT KOHneHTpHpoBaHHyro cepHyto xucnory npn cneAyroqHM cooTHome-HHH ΚΟΜΠΟΗβΗΤΟΒ; MaC.%Í ^ByOKHCb HHPKOHHH 4-6 ΚθΗΙίθΗΤρκρθΒ3ΗΗ3Η cepnan KHcnoTa 0,007-0,011Uejib H3o6peTeHnq - noBbnueHne uhctotu ποαγοτοβκη h coKpaiueHHe pynHoro rpyna.nocTaBneiiHan uenb AocTHraeTcn τβΜ, HTO coctsb απη ποαγοτοβκη noBepxHocTH CTeKJia NEP anioMHHHpoBaHHeM b BaKyyMe, BKnroqawmHň AByoKHCb ahpkohhh those boaÝ »AonoJiHnrejibHo copepxHT KOHneHTpHpoBaHHyro cepHyto xucnory npn cneAyroqHM cooTHome-HHH ΚΟΜΠΟΗβΗΤΟΒ; MaC.% Í ^ ByOKHCb HHPKOHHH 4-6 ΚθΗΙίθΗΤρκρθΒ3ΗΗ3Η cepnan KHcnoTa 0.007-0.011
Bona ocTanbHoe.Bona ocTanbHoe.
IlepeA HaHeceHneM anioMHHHeBoro cjioh nofiroTOBKa noBepxHocTH cTeKjia npoBoflHTcacnenyioiUHM oOpaaoM. B noAatoiuHň 6ax c HenpepbiBHo pa6oTaiomeň MexaHnqecKoft MemanKoň 3anHBatoT Tua-TejibHo nepeMemaHHyK) nonHpyromyro cycneH3Hio, cocTOHiuyio H3 AByoKHcn ahpkohhh, cep-HOH KHOHOTbl H BOAbt. Οτβχπο yKJiaAbiBaioT Ha TpaHcnopTep nojiHpoBanbHo-MoeqHo-cyniHnbHOH MamHHbí no-BepxHocTbio, npeAHa3HaneHHoň απη ηπιομηηηροβαηηη , Βββρχ h nOAaioT Ha nepBHHHyroMoňxy xojioahoh BoaonpoBOAHoň boaoh, Aanee ότεκηο nocrynaeT na noanojiHpoBKy.IIoflnojiHpoBKy noBepxHocTH cTexjia προΒΟΑΚΤ BpamaromHMHCH ahckobhmh nojiHpoBanbHH-ksmh c paSoqeň noBepxHOCTbio H3 Boňnoxa, ποα κοτορωβ ποΑβιοτ Boanyro cycneH3Hio3aAa«Horo cocraBa. Ilocjie ποαποπηροβκη οτβκηο nocTynaeT Ha Moňxy ropHneň boao-npoBOAHoň boaoh c TeMnepaTypoň 50-70°C, 3»τβΜ oSecconenHoň ropnqeň BOAoň cTeMnepaTypoň 50-70°C. Ilocjie mohkh οτβκηο noaaioT Ha cynixy οΗΗ®βΗΗΗΜ γορηηημBO3flyxoM c TeMnepaTypoň 5O-6O°C. AaJiee ετεκηο, npomeAiaee TaKyro o6pa6oTKy, Ha-npaBJíHioT b BaKyyMHyro xaMepy pna προΒβΑθΗΗΗ npoueccoB HOHHoň SoMóapAHpoBKH HamoMHHupoBaHHH. Ilocjie ajpoMHHHpoBaMHH MeTannH3HpoBaHHoe CTex.no HanpaBnjnoT Haóxpacxy SManbio. H306peTeHne noncHneTCH Ha κοκκρετΗωχ npWMepax, κοτορωβ πρΗΒβΑβΗΗ b Ta6nnne. ΚοΜποΗβΗτω, Mac.Z npOHHOCTb anWMHHHe-Boro caoh κ Hcrapa- ΗΗΚ» Bnaro- CToň- KOCTb (w) TonmHHa TonujHHa cnon ao cnon ao HcnwTa- . HCnbITa- huh (mkm) HHH (mkm) 0*12 78 flByOKHCb UHPKOHHH 5 0,24IlepeA HaHeceHneM anioMHHHeBoro cjioh nofiroTOBKa noBepxHocTH cTeKjia npoBoflHTcacnenyioiUHM oOpaaoM. B noAatoiuHon 6ax c HenpepbiBHo pa6oTaiomeň MexaHnqecKoft MemanKoň 3anHBatoT Tua-TejibHo nepeMemaHHyK) nonHpyromyro cycneH3Hio, cocTOHiuyio H3 AByoKHcn ahpkohhh, cep-HOH KHOHOTbl H BOAbt. Οτβχπο yKJiaAbiBaioT Ha TpaHcnopTep nojiHpoBanbHo-MoeqHo cyniHnbHOH MamHHbí-amino-BepxHocTbio, npeAHa3HaneHHoň απη ηπιομηηηροβαηηη, Βββρχ h nOAaioT Ha nepBHHHyroMoňxy xojioahoh BoaonpoBOAHoň boaoh, Aanee ότεκηο nocrynaeT to noanojiHpoBKy.IIoflnojiHpoBKy noBepxHocTH cTexjia προΒΟΑΚΤ BpamaromHMHCH ahckobhmh nojiHpoBanbHH ksmh-c paSoqeň noBepxHOCTbio H3 Boňnoxa, ποα κοτορωβ ποΑβιοτ Boanyro cycneH3Hio3aAa «Horo cocraBa. Ilocjie ποαποπηροβκη οτβκηο nocTynaeT Ha Moňxy ropHneň boao-npoBOAHoň boaoh c TeMnepaTypoň 50-70 ° C, 3 »τβΜ oSecconenHoň ropnqeň BOAoň cTeMnepaTypoň 50-70 ° C. Ilocjie mohkh οτβκηο noaaioT Ha cynixy οΗΗ®βΗΗΗΜ γορηηημBO3flyxoM c TeMnepaTypoň 5O-6O ° C. AaJiee ετεκηο, npomeAiaee TaKyro o6pa6oTKy, Ha-npaBJíHioT b BaKyyMHyro xaMepy pna προΒβΑθΗΗΗ npoueccoB HOHHoň SoMóapAHpoBKH HamoMHHupoBaHHH. Ilocjie ajpoMHHpoBaMHH MeTannH3HpoBaHHoe CTex.no HanpaBnjnoT Haoxpacxy SManbio. H306peTeHne noncHneTCH Ha κοκκρετΗωχ npWMepax, κοτορωβ πρΗΒβΑβΗΗb Ta6nnne. ΚοΜποΗβΗτω, Mac.Z npOHHOCTb anWMHHHe-Boro caoh κ Hcrapa- ΗΗΚ »Bnaro- CToňn-KOCTb (w) TonmHHa TonujHHa cnon ao cnon o HcnwTa-. HCnbITa- huh (mkm) HHH (mkm) 0 * 12 78 flByOKHCb UHPKOHHH 5 0.24
BoAa 95 (προτοτκπ) flByOKHCb ahpko- hhh 5,5 0,17BoAa 95 (προτοτκπ) flByOKHCb ahpko-hhh 5.5 0.17
CepHan KHcnoTa 0,011CepHan KHcnoTa 0.011
Bona 94,489 flByOKHCb uhpkohhh 5 0,24 0,16 165 0,20 170 251246 npononxGHne TaĎnum.i ΚοΜΠΟΗβΗΤΜ,.Mac,X ripouHoctb amoMHHHe-boto cjtoa κ HCTHpa- Bnaro- CTOft- KOCTb (Ί) HHW TOmUHHa TonmHHa cnoti no cnoH no McnMTa- HcnwTa- HHH (mXm) H»a (mkm)jBona 94,489 flByOKHCb uhpkohhh 5 0.24 0.16 165 0.20 170 251246 npononxGHne TaÏnum.i ΚοΜΠΟΗβΗΤΜ, .Mac, X ripouHoctb amoMHHHe-boto cjtoa κ McnMTa- HcnwTa- HHH (mXm) H- and (mkm) j
Cepnaa KHCJio.Ta 0,009Cepnaa KHCJio.Ta 0.009
Bona 94,991 flByOKHCb UHPKOHHH 4Bona 94,991 flByOKHCb UHPKOHHH 4
CepHaa KH&noTa 0,007CepHaa KH & noTa 0.007
Bona 95,993 flByOKHCb uHpKo-hhh 4,5Bona 95,993 flByOKHCb uHpKo-hhh 4.5
CepHaa KHenoTa 0,01 ICepHaa KHenoTa 0.01 I
Bona 95,489 flByoKHCb ηκρκο-hhh 6,5Bona 95,489 flByoKHCb ηκρκο-hhh 6,5
Cepnaa KHenoTa 0,013Cepnaa KHenoTa 0.013
Bona 93,487 flByOKHCb HHPKOHHB 3CepHaa KHenoTa 0,006Bona 96,993 0,13 0,24 0,17 0,21 0,11 0,20 0,06 0,11 160 165 110 120Bona 93,487 flByOKHCb HHPKOHHB 3CepHaa KHenoTa 0.006Bona 96.993 0.13 0.24 0.17 0.21 0.11 0.20 0.06 0.11 160 165 110 120
TaKHM o(5pa.3OM, npennaraeMbiň cocTaá ajih o6pa6oTKH nosepxHOCTH CTeKna nepénarooMHHupoBaHneM b BaxyyMe, πρΗΜβΗβΗΗωϋ b npon3BoncTBe 3'epKan, o5ečneanT noBbnae-HHe BJiaroCTOňKOCTH ΠΟΚρΗΤΗΗ Ha 40-50%, a npOHHOCTH K HCTHpaHHlO aJHOMHHHeBOrOchoh Ha 20-30%. HcKmoneHHe orjepannn προτκρκΗ ετ.βκο,π pacTBopHTensMH BbicBo6onnT .paSOTHHKOB, 33HHTbIX pyHHblM TpynOM. ΦΟΡΜΥΠΑ Η3ΟΒΡΕΤΕΗΗΠ 1. CocraB ftna ποητοτοΒΚΗ noBepxHocTH άτβκηβ nepen aniOMHHHpoB.aHHeM b BaxyyMe,BKntoHaiojnHň nsyoKHCb ηκρκοΗΗΒ h Bony, ó t η η h a » m h ň c h tem, hto, c uenbio 251246 IIOBbnneHHH BHCTOTb! ΠΟβΓΟΤΟΒΚΗ H COkpatneHHH pyHHOrO Tpy#a, ΛΟΠΟ.ΠΗΗΤβΠΙ>ΗΟ COflep-)kmt KOHueHTpHpoBaHHyio cepHyw KUCJiOTy npn cneftytomeM cooTHomeHHH κοΜποΗβΗΤΟΒ,Mac.Z: flByOKHCb ΡΗΡΚΌΗΗΗKoHueHTpupoBaHHaHcepHaa KHCJioraBofla 4-6 0,007-0,011ocTaJibHoe. HCTOqHHKH HHtbopMaHHH, npHHHTtfie BO BHHMaHHe ΠΡΗ 3KCnepTH3e: 1. ABTopcKoe CBHfleTeiibCTBO CCCP ¢800146, kji. C 03 C 15/00, 1978. 2. TexHOJiorHH CTeKJia. Πολ pea, KHTaňroponcKoro H.H. Μ., ΟτροΆη3ρ,άτ, 1967,c. 191, c. 162. A Η Η 0 T A II H 3 H3o6peTeHne othochtch k npon3BOflCTBy 3βρκΑπ, ToHHee - κ cocTaey &πη no«-ΓοτοΒΚΗ noBepxHocTH CTexjia nepe# anioMHHHpoBaHHeM b BaxyyMe.Takhte of (5pa.3OM, npennaraeMbiň cocTaá ajih o6pa6oTKH nosepxHOCTH CTeKna nepénarooMHHupoBaHneM BaxyyMe b, b πρΗΜβΗβΗΗωϋ npon3BoncTBe 3'epKan, o5ečneanT noBbnae-HHE BJiaroCTOňKOCTH ΠΟΚρΗΤΗΗ Ha 40-50%, and K npOHHOCTH HCTHpaHHlO aJHOMHHHeBOrOchoh Ha 20-30%. HcKmoneHHe orjepannn προτκρκΗ ετ.βκο, π pacTBopHTensMH BbicBo6onnT .paSOTHHKOB, 33HHTbIX pyHHblM TpynOM. ΦΟΡΜΥΠΑ Η3ΟΒΡΕΤΕΗΗΠ first CocraB ftna ποητοτοΒΚΗ noBepxHocTH άτβκηβ Nepen aniOMHHHpoB.aHHeM b BaxyyMe, BKntoHaiojnHň nsyoKHCb ηκρκοΗΗΒ h Bony, η η o T h »m and n s tem, HTO, C uenbio 251246 IIOBbnneHHH BHCTOTb! ΠΟβΓΟΤΟΒΚΗ H COkpatneHHH pyHHOrO TPY and #, ΛΟΠΟ.ΠΗΗΤβΠΙ> ΗΟ COflep-) KMT KOHueHTpHpoBaHHyio cepHyw KUCJiOTy npn cneftytomeM cooTHomeHHH κοΜποΗβΗΤΟΒ, Mac.Z: flByOKHCb ΡΗΡΚΌΗΗΗKoHueHTpupoBaHHaHcepHaa KHCJioraBofla 0,007-0,011ocTaJibHoe 4-6. HCTOqHHKH HHtbopMaHHH, npHHHTtfie BO BHHMaHHe ΠΡΗ 3KCnepTH3e: 1. ABTopcKoe CBHfleTeiibCTBO CCCP ¢ 800146, kji. C 03 C 15/00, 1978. 2. TexHOJiorHH CTeKJia. Πολ pea, KHTaňroponcKoro H.H. ,., 3τροΆη3ρ, άτ, 1967, c. 191, No. 162. A T 0 T A II H 3 H3o6peTeHne othochtch to npon3BOflCTBy 3βρκΑπ, ToHHee - κ cocTaey & πη no «-«οτοΒΚΗ noBepxHocTH CTexjia nepe # anioMHHHpoBaHHeM b BaxyyMe.
Uenb Η3θϋρβτβΗΗΗ - noBbUJieHHe uHCTOTbi noflroTOBKH CTexjia h coxpameHHe pynHoroTpyaa. IJeJib floCTHraeTCH τθμ, hto npeflJiaraeTCH cocTaB, βκβιοηθιοιιιηη 4-6 Mac.Z flBy-okhch hhpkohhh, 0,007-0,0.11 Mac.Z KOHůeHTpHpoBaHHoň cepHoň khcjiotm, ocTanb-Hoe -.Boaa. ΠρΜΗβΗο Η3θ6ρβτβΗΗβΜ no pe3yAbTaTaM 3KcnepTH3bi, ocymecTBneHHoň rocyxtapcTBeH-HbiM Κομητθτομ CCCP no flejiaM H3o6peTeitnň h οτκρΜτκϋ. 251246Uenb Η3θϋρβτβΗΗΗ - noBbUJieHHe uHCTOTbi noflroTOBKH CTexjia h coxpameHHe pynHoroTpyaa. IJeJib floCTHraeTCH τθμ, hto npeflJiaraeTCH cocTaB; ΠρΜΗβΗο Η3θ6ρβτβΗΗβΜ no pe3yAbTaTaM 3KcnepTH3bi, ocymecTBneHo rocyxtapcTBeH-HbiM CCομητθτομ CCCP no fleiaM H3o6peTeitnn h οτκρΜτκϋ. 251246
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SU3473579 | 1982-07-19 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CS371484A1 CS371484A1 (en) | 1985-08-15 |
| CS251246B1 true CS251246B1 (en) | 1987-06-11 |
Family
ID=21023437
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CS843714A CS251246B1 (en) | 1982-07-19 | 1984-05-18 | Mixture for glass surface treatment before vacuum steaming of aluminium |
Country Status (1)
| Country | Link |
|---|---|
| CS (1) | CS251246B1 (en) |
-
1984
- 1984-05-18 CS CS843714A patent/CS251246B1/en unknown
Also Published As
| Publication number | Publication date |
|---|---|
| CS371484A1 (en) | 1985-08-15 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| AU7283787A (en) | Alkaline earth metal spinels and processes for making and using same | |
| ES2105298T3 (en) | METHOD FOR THE PREPARATION OF MOLECULAR SIEVES. | |
| CA2191343A1 (en) | Cleaning compositions thickened with n-alkyl-n-acyl amino acids and myristyl/cetyl dimethyl amine oxides | |
| US4052641A (en) | Electrically conductive coating in cathode ray tube | |
| CS251246B1 (en) | Mixture for glass surface treatment before vacuum steaming of aluminium | |
| IE792500L (en) | Composition for cleaning glass panes. | |
| GB1489031A (en) | Silk screen printing paste | |
| EP0120217A3 (en) | Solvent dewatering composition | |
| US2523026A (en) | Alumina-based phosphor | |
| JPS5951105B2 (en) | Surface treatment method for fluorescent light tubes and other glass tubes | |
| SU1546444A1 (en) | Enamel for steel | |
| GB1472390A (en) | Glass compositions | |
| JPS55152782A (en) | Fluorescent substance and low-speed electron ray-excited fluorescent display tube | |
| ES8603348A1 (en) | Method of processing sodium oxalate formed during the digestion of bauxite | |
| JPS58189300A (en) | Detergent composition | |
| JPS5520264A (en) | Sealing glass composition | |
| JPS57151652A (en) | Water-resistant halogen-containing elastomer composition | |
| JPS559674A (en) | Sodium silicate adhesive | |
| Dubrovina et al. | Chemical stability of strontium glasses | |
| GB2001049A (en) | Sealing composition | |
| SU826459A1 (en) | Method of increasing luminescent lamp light flux stability | |
| SU899617A1 (en) | Composition for coagulating alkyd-aryl varnishes and paints | |
| GB949405A (en) | Aluminium chelate compositions | |
| SU979477A1 (en) | Adhesive composition | |
| GB381520A (en) | Improvements in the preparation of alumina |