Detail of "620-40-6"

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CAS Number:
620-40-6
Name:
Benzenemethanamine,N,N-bis(phenylmethyl)-
Superlist Name:
Tribenzylamine
Molecular Structure:
Formula:
C₂₁H₂₁N
Molecular Weight:
287.40
Synonyms:
Tribenzylamine(6CI,8CI);(N,N-Dibenzylaminomethyl)benzene;N,N,N-Tribenzylamine;N,N-Bis(phenylmethyl)benzenemethanamine;
EINECS:
210-638-3
Density:
1.074 g/cm³
Melting Point:
91-94 °C(lit.)
Boiling Point:
385 °C at 760 mmHg
Flash Point:
170 °C
Solubility:
insoluble in water
Appearance:
white to light cream powder
Hazard Symbols:
Xn， Xi
Risk Codes:
36/37/38-22
Safety:
26-36-37/39 Details
Transport Information:
UN 1325

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Reference

Effect of thiooxine and 5-bromothiooxine on transport of iron and nickel ions through a liquid membrane: Effect of thiooxine and 5-bromothiooxine on transport of iron and nickel ions through a liquid membrane. Licis, J. (Inst. Neorg. Khim., Riga, USSR). Latv. PSR Zinat. Akad. Vestis, Kim. Ser., (3), 357-8 (Russian) 1977. CODEN: LZAKAM. DOCUMENT TYPE: Journal CA Section: 66 (Surface Chemistry and Colloids) Section cross-reference(s): 72 With regard to the behavior of org. extractants in the electrochem. extn. process, the title study was made of the effect of the complexing agents both in an elec. field and without the field. N-Amyl alc. [71-41-0] and 0.01 tribenzylamine (I) [620-40-6] soln. in the same alc. were used as liq. membranes. The feed soln. was 4M H3PO4 with metal concn. of 10 g/L. The transport of Fe and Ni ions from the catholyte to the anolyte with and without current and using thiooxine (II) [491-33-8] and 5-bromothiooxine (III) [3989-31-9] is discussed. The membrane of n-amyl alcs. did not transport Fe ions. The introduction of I into the membrane leads to the transport of Fe, while the current increases the transport, which is related to the formation in the H3PO4 soln. of complexes such as [Fe(PO4)3]6-. The presence in the membrane of the complexing agents II and esp. III suppresses the transport of Fe ions. The presence of II and III in the membrane leads to an increase in the transport of Ni ions both in the absence of current and in a const. elec. field. The highest transport takes place for membranes contg. III, which is related to the difference of the stability consts. of the inner complexes of the reagents with Ni ions.

Mechanism of the photodiscoloration of methylene blue in polymer films: Mechanism of the photodiscoloration of methylene blue in polymer films. Grishina, A. D. (Inst. Elektrokhim., Moscow, USSR). Vysokomol. Soedin., Ser. B, 19(6), 411-17 (Russian) 1977. CODEN: VYSBAI. DOCUMENT TYPE: Journal CA Section: 36 (Plastics Manufacture and Processing) The photodiscoloration of methylene blue [61-73-4] used in PVC [9002-86-2] films sensitive to IR irradn. is examd. in the presence of tribenzylamine (I) [620-40-6] and a mechanism is suggested involving an assocn. of the dye with I as the reducing agent. The photosensitivity of the polymer system was affected by the polarity of the PVC as polymer matrix. The quantum yield of the photodiscoloration of PVC was independent of the I concn.

Detail of "620-40-6"

Benzenemethanamine,N,N-bis(phenylmethyl)-

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CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

CAS No.620-40-6 Tribenzylamine

Reference