It will be backed with cardboard and carefully packed in a sturdy, flat box to ensure safe transit.

Otherwise clean and undamaged inside and out. Narrow bands of fading in a few places along edges of the front cover (from sun exposure). 1.25' tear along spine from the bottom edge. Dust Jacket Condition: No Jacket As Issued. After the sarin adsorption on the C-doped BN cage, its gap decreases by about 64.0% which exponentially increases the electrical conductivity, creating an electrical signal. The C-doped BN nanocage may be a promising sensor because of its higher sensitivity, compared to the Si-doped one. The Si and C dopings make the BN cage more reactive and sensitive to sarin gas. The Sc and Al dopings significantly increase the reactivity of BN cage to sarin but the sensitivity is not increased sensibly. To overcome this problem the BN cage is doped with different impurity atoms including, Sc, Al, Si, and C. Although the BN cage is sensitive, it suffers from a weak interaction, and low adsorption capacity.

The BN sheet and tube are insensitive to sarin gas. The adsorption energy is increased by increasing the BN nanostructure curvature, and it is about − 0.5, − 1.6, and − 3.4 kcal/mol for BN sheet, tube, and cage, respectively. The adsorption behavior and electronic response of BN nanosheet, nanotube, and nanocage to sarin gas, a nerve agent, were studied using density functional theory calculations.

Sarin Beggar by S.C. Burke