benzyldimethylhexadecylammonium en · NOUN
Pronunciation
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Etymology
Etymology tree Arabic لُبَان (lubān) Proto-Indo-European *yew- Proto-Indo-European *-os Proto-Indo-European *yéwos Proto-Indo-Iranian *yáwas Sanskrit यव (yava)bor.? Proto-Austronesian *zawa Proto-Malayo-Polynesian *zawader.? Old Javanese jawa Old Javanese -i Old Javanese Jawi Javanese ꦗꦮꦶ (jawi)der. Arabic جَاوَة (jāwa) Proto-Afroasiatic Proto-Semitic Arabic ـِيّ (-iyy) Arabic جَاوِيّ (jāwiyy) Arabic لُبَان جَاوِيّ (lubān jāwiyy)bor. Catalan benjuíder. Middle French benjoinder. English benzoin English benzo- English benz- Proto-Indo-European *swel-der.? Ancient Greek ῡ̔́λη (hū́lē)der. Frenchder. English -yl English benzyl Proto-Indo-European *dwóh₁ Proto-Indo-European *dwi- Proto-Hellenic *dwi- Ancient Greek δῐ- (dĭ-)bor. Latin di-bor. English di- Proto-Indo-European *médʰu Proto-Hellenic *métʰu Ancient Greek μέθυ (méthu) ▲ Ancient Greek ῡ̔́λη (hū́lē)der. German -yl German Methylbor. English methyl English dimethyl Proto-Indo-European *swéḱs Proto-Hellenic *hwéks Ancient Greek ἕξ (héx) Ancient Greek ἑξα- (hexa-)der. Latin hexa-der. English hexa- Proto-Indo-European *déḱm̥ Proto-Hellenic *dékə Ancient Greek δέκᾰ (dékă) Ancient Greek -ᾰ́ς (-ắs) Ancient Greek δεκάς (dekás)der. Late Latin decasder. French déca-bor. English deca- English hexadeca- English hexadec- ▲ English -yl English hexadecyl New Latin ammōniumbor. English ammonium English benzyldimethylhexadecylammonium From benzyl + dimethyl + hexadecyl + ammonium.
Meanings
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(uncountable) The quaternary ammonium cation that has one benzyl, two methyl and one hexadecyl radicals; its chloride is a cationic detergent.
PT Au NRs with average length of 210 ± 10 nm and width of 34 ± 1 nm were prepared as previously described by Pérez-Juste et al., with minor modifications (see Experimental Section). 49 The purified PT Au NRs show a shape yield around 99%, (Figure S1A–C, Supporting Information ) and can be used as seeds after redispersion in 10 mM benzyldimethylhexadecylammonium chloride (BDAC).
2015 July 2, Martin Mayer et al., “Controlled Living Nanowire Growth: Precise Control over the Morphology and Optical Properties of AgAuAg Bimetallic Nanowires”, in Nano Letters, volume 15, →DOI: