Bis 6- hexyl

Fig. 9 Decomposition mechanism of bis(hexyl(methyl)diselenocarbamato)zinc(II)...

Bis(bis-hexyl-amino)-methylene]dimethyl-ammonium [(C5Hi3)2N]2C=NMe2 C27H58N3 424.77... 

Bis(bis-hexyl-ainino)-inethylene] dimethyl-ammonium tosylate... 

Side-chain substitution Small molecule organic semiconductors can also be rendered solution processable by attachment of flexible side chains. The substitution pattern needs to be designed carefully so that the side chains, which are needed to impart adequate solubility and film forming properties, do nof inferfere with the ability of the molecule to Jt-stack. Katz reported side-chain-substituted small molecule semiconductors such as dihexylanthradithiophene [47,48] that can be solution-deposited with mobilities of 0.01-0.02 cmWs. In bis(hexyl-bithiophene)benzene solution-cast onto a heated Si02 substrate, mobilities of up to 0.03 cmWs were reported [49]. Due to the relatively low solubility of these molecules, growth... 

The mechanism of photo-oxidative degradation of polyamides has also been investigated using low molecular weight compounds such as JV-hexyl-hexanamide 1,6-hexamethylenebis(hexanamide) iV,JV -bis(hexyl)adipamide N-alkylamides and N-acylamides [587, 1221, 1348, 1683, 1880, 1959]. 

Bis(2-hydroxyethyl)amino-4p(6-methacryloyl-hexyl) sulfonyl) azobenzene... 

Chemical Name Sulfobutanedioio acid 1,4-bis(2-ethy hexyl)ester calcium salt Common Name Dioctyl calcium sulfosuccinate Structural Formula ... 

Nitroethane and formaldehyde are first reacted to give 2-methyl-2-nitro-1,3-propanediol. This is reacted with 2-ethylhexylamine and formaldehyde to give 5-nitro-1,3-bis(2-ethyl-hexyl)-5-methyl-hexahydropyrimidine. 

A common approximation in many flow field computations at high fluid velocities is to consider that inertial forces dominate the flow and to neglect viscous forces (inviscid approximation). Since solvent viscosity is a variable in some of the experiments discussed here, the above approximation may be not be valid throughout and viscous forces are explicitly considered in the flow equations. Results of computations showed, nevertheless, that even with viscous solvents such as bis-(2-ethyl-hexyl)-phtalate with qi = 65 mPa s, viscous forces do not affect the flow field unless tbe fluid velocity drops below a few m s"1 at the orifice. This limit is generally more than one order of magnitude lower than the actual range used in the present investigations. 

Dialkyl-zink-Verbindungen vermogen Acyl-aromaten zu Alkoholen zu reduzieren. Durch Einsatz der chiralen Verbindungen Bis-[2-methyl-propyl]-3, (+)-Bis-[(S)-2-me-thyl-butyl]-3 4, (+)-Bis-[(S)-3-methyl-pentyl]-4 und (+)-Bis-[(5 )-4-methyl-hexyl]-zink4 werden chirale Alkohole erhalten (vgl. a. Bd. XIII/2a, S. 728) z.B. ... 

VerhaltnismaBig leicht verlauft die — oft unerwiinschte — Bildung von Alkyl-quecksil-ber-Verbindungen bei der Elektrolyse von Halogen-Verbindungen an einer Quecksil-ber-Kathode. So erhalt man z. B. aus Perfluor-l-jod-hexan in DMF/Lithiumperchlorat an einer Quecksilber-Kathode bei —0,35 V bzw. bei —0,75 bis —0,85 V Perfluor-hexyl-quecksilberjodid und Bis-[perfluor-hexyl]-quecksilber ( 100% d.Th.)9. 

Bis-[2-bcnzoyl-phcnyl]- 678 Bis-[4-tert.-butyl-benzyl)- 625 Bis-[cyan-mcthyl]- 703 Bis-[3,4-dichlor-benzyl]- 625 Bis-[diphenylmethyl]- 609 Bis-[4-methoxy-phcnyIJ- 625 Bis-[4-methyI-benzyl]- 625 Bis-[4-methyI-phenyI]- 625 Bis-[1 -naphthyl-(l )-iithyl]- 609 Bis-[3-oxo-butyI]- 585 Bis-[tridecafluor-hexyl]- 624 Cyanmcthyl- -chlorid 702 Dibenzyl- 622 Dicyclohexyl- 609 Didecyl- 623 f. 

One of these 1,3-diene complexes, a 1,3-hexadiene derivative, was also obtained in a less straightforward manner by thermally induced loss of "CgHig" from a bis(fj-hexyl) precursor (Scheme 95). ... 

Bis(imino)pyridine iron complex 5 acts as a catalyst not only for hydrogenation (see 2.1) but also for hydrosilylation of multiple bonds [27]. The results are summarized in Table 10. The reaction rate for hydrosilylations is slower than that for the corresponding hydrogenation however, the trend of reaction rates is similar in each reaction. In case of tra s-2-hexene, the terminal addition product hexyl (phenyl)silane was obtained predominantly. This result clearly shows that an isomerization reaction takes place and the subsequent hydrosilylation reaction dehvers the corresponding product. Reaction of 1-hexene with H2SiPh2 also produced the hydrosilylated product in this system (eq. 1 in Scheme 18). However, the reaction rate for H2SiPh2 was slower than that for H3SiPh. In addition, reaction of diphenylacetylene as an atkyne with phenylsilane afforded the monoaddition product due to steric repulsion (eq. 2 in Scheme 18). 

Treatment of 2 -anilinofluorans with ketones such as acetone or 2-butanone in hydrochloric acid in the presence of iron(III) chloride gives 4,4 -alkylidenebis(A-fluoran-2-ylaniline)s. Thus, 2 -anilino-6 -(A-cyclohexyl-/V-methylainino)-3 -methylfluoran, (86) is treated with acetone in hydrochloric acid in the presence of iron(III) chloride to give 2,2-bis(4-[6 -(N-cy c 1 o hexyl-Ar-methy 1 amino)-3 -methylfluoran-2 -ylamino]phenyl (propane (87)60 (Eq. 9). 

Painting wastewater generally consists of quench water. Wastewater from this operation is generally less toxic than wastewater from the other general operations normally, only the following pollutants are expected to exceed 10 pg/L oil and grease, fluorides, TSS, iron, zinc, bis(2-ethyl-hexyl) phthalate, and diethyl phthalate. 

The preparation of ZnSe materials is an area of interest and study. The coordinating ability of the solvent used in the solvothermal synthesis of zinc selenide was demonstrated to play an important role in the nucleation and growth of nanocrystalline ZnSe.604 Thermolysis of bis [methyl( -hexyl)di-seleno]carbamato]zinc gave highly monodispersed particles characterized by electronic spectroscopy, photoluminescence, X-ray diffraction, and electron microscopy.605... 

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