Silicon and oxygen are the two most abundant elements in the Earth's crust(1) but despite the vast scientific literature on crystalline and amorphous silica, new chemistries, structures and applications continue to be discovered for compounds formed from these elements-thus we present here for the first time the formation of new amorphous silica structures that were uniquely synthesized by a bioinspired synthetic system
Biomorphs are a unique class of self-organised silica–carbonate mineral structures with elaborate sh...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
The pathways that nature employs to produce elegant and species specific biosilica structures are sl...
In nature, biominerals are formed under the control of organic components such as proteins and polys...
Organisms of various kingdoms have been reported to deposit a variety of different minerals through ...
The controlled formation of intricate silica structures in organisms (via biosilicification) occurs ...
\u3cp\u3eSilica becomes increasingly used in chemical, pharmaceutical, and (nano)technological proce...
Silica is the world’s most abundant mineral, occurring naturally in both geological formations and b...
In a previous review of biological and bioinspired silica formation (S. V. Patwardhan et al., Chem. ...
Recent years have witnessed rapid growth in the no. of new investigations at the interface of materi...
Several biological organisms are able to produce patterned and hierarchical biomineral structures. D...
The yearly world production of biogenic silica of over 20 billion tons play a crucial role in the gl...
Biological systems fabricate multifunctional, high-performance materials at low temperatures and nea...
The element silicon (Si) is used by all living organisms either in molecular processes or in the for...
Biomorphs are a unique class of self-organised silica–carbonate mineral structures with elaborate sh...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
The pathways that nature employs to produce elegant and species specific biosilica structures are sl...
In nature, biominerals are formed under the control of organic components such as proteins and polys...
Organisms of various kingdoms have been reported to deposit a variety of different minerals through ...
The controlled formation of intricate silica structures in organisms (via biosilicification) occurs ...
\u3cp\u3eSilica becomes increasingly used in chemical, pharmaceutical, and (nano)technological proce...
Silica is the world’s most abundant mineral, occurring naturally in both geological formations and b...
In a previous review of biological and bioinspired silica formation (S. V. Patwardhan et al., Chem. ...
Recent years have witnessed rapid growth in the no. of new investigations at the interface of materi...
Several biological organisms are able to produce patterned and hierarchical biomineral structures. D...
The yearly world production of biogenic silica of over 20 billion tons play a crucial role in the gl...
Biological systems fabricate multifunctional, high-performance materials at low temperatures and nea...
The element silicon (Si) is used by all living organisms either in molecular processes or in the for...
Biomorphs are a unique class of self-organised silica–carbonate mineral structures with elaborate sh...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...