“…More recently, Kumar et al 115 designed the n BB series of compounds substituting BO 2 at one terminal and increasing alkyl chain at the other for n = 1–15, as shown in Fig. 14(b).…”
Section: Applications Of Superhalogensmentioning
confidence: 99%
“…This suggested the possibility that BO 2 substitution would lead to a new LC compound. The author also confirmed the kinetic stability of the 2BB molecule at room temperature through molecular dynamics simulations.More recently, Kumar et al115 designed the nBB series of compounds substituting BO 2 at one terminal and increasing alkyl chain at the other for n = 1-15, as shown in Fig.14(b).…”
Superhalogens, with higher electron affinity than halogens, not only possess unusual structures but also several applications. This highlight describes progress on the design of superhalogens and their applications in the last decade.
“…More recently, Kumar et al 115 designed the n BB series of compounds substituting BO 2 at one terminal and increasing alkyl chain at the other for n = 1–15, as shown in Fig. 14(b).…”
Section: Applications Of Superhalogensmentioning
confidence: 99%
“…This suggested the possibility that BO 2 substitution would lead to a new LC compound. The author also confirmed the kinetic stability of the 2BB molecule at room temperature through molecular dynamics simulations.More recently, Kumar et al115 designed the nBB series of compounds substituting BO 2 at one terminal and increasing alkyl chain at the other for n = 1-15, as shown in Fig.14(b).…”
Superhalogens, with higher electron affinity than halogens, not only possess unusual structures but also several applications. This highlight describes progress on the design of superhalogens and their applications in the last decade.
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