An amorphous comb-shaped polymer, 'TEC-24', with a side-chain content of 24 mol%, is designed and fine silica powder is dispersed within it to enhance the mechanical properties above the melting point.
The MOL-PCR method is designed for processing 96-well plates, which takes about 3.5 h hands-on time and requires no high-level technical skills.
The control system, which aims to automatically regulating flue gas O2 concentration within reasonable range (2 7 mol.% in this study), is designed and applied to the dynamic boiler model.
As an example, V 9 mol%Al alloy is designed for applied temperature and pressure condition.
The Amicon ultrafiltration unit is designed to cut off <10,000 g/mol molecular weight while reserving the desired materials.
The glasses, synthesized in four and five component (TeO2-WO3-Na2O-Nb2O5 and TeO2-WO3-PbO-Na2O-Nb2O5) oxide systems with variable contents of WO3 (5–38 mol%) and PbO (0 18 mol%), are designed and manufactured, and the transmission properties of the obtained glasses for the spectral range of 200 nm–7 μm have been determined.
They run on fuel gas that is 90% mol methane and are designed to cofire C4 C11 liquid fuel that is a by-product from the De-Propanizer tower.
A jet flow singlet oxygen generator (JSOG) capable of handling chlorine flows of nearly 1.5 mol s−1 has been designed, developed, and tested.
A synthetic STn-keyhole limpet haemocyanin (KLH) vaccine (Theratope), which consists of 3000 mol of disaccharide conjugated to 1 mol of KLH, has been designed by the biotech company Biomira (now Oncothyreon, Alberta, Canada; Ragupathi et al, 1999).
Using this diagram, Nb 8 mol%W 8 mol%Mo alloy has been designed which is expected to resist against hydrogen embrittlement under at least 0.2 MPa of hydrogen pressure.
New photocatalysts of Sb2TixSy (x = 0, 0.5, 1.0, 1.5 mol and y = 3, 4, 5, 6 mol) fan blade-like core-shell nanorods have been designed ultimately to enhance hydrogen production.
