The ligand substitution process in square planar complexes has been well studied. All these dimolecular substitutions occur in solutions. Recently, we have observed that ligand substitution also occurred intramolecula...The ligand substitution process in square planar complexes has been well studied. All these dimolecular substitutions occur in solutions. Recently, we have observed that ligand substitution also occurred intramolecularly in certain solid square planar rhodium (Ⅰ) cationc complexes. The results are presented in this paper.展开更多
Stratum corneum epidermidis, callosity, nail, and hair are chief parts that compose human keratinized tissues. Biologically, they are all made up of keratin. Disulfide bonds between peptide links in keratin macromolec...Stratum corneum epidermidis, callosity, nail, and hair are chief parts that compose human keratinized tissues. Biologically, they are all made up of keratin. Disulfide bonds between peptide links in keratin macromolecules make it firm and stable. Different sorts of keratin have been known, for example, hair and nail belong to hard ker-展开更多
文摘The ligand substitution process in square planar complexes has been well studied. All these dimolecular substitutions occur in solutions. Recently, we have observed that ligand substitution also occurred intramolecularly in certain solid square planar rhodium (Ⅰ) cationc complexes. The results are presented in this paper.
文摘Stratum corneum epidermidis, callosity, nail, and hair are chief parts that compose human keratinized tissues. Biologically, they are all made up of keratin. Disulfide bonds between peptide links in keratin macromolecules make it firm and stable. Different sorts of keratin have been known, for example, hair and nail belong to hard ker-
