By using this substance as a mask, Tour et al. discovered a method for creating graphene nanoribbons called meniscus-mask lithography. This substance has a resistivity of 18.2 million ohm-centimeters. In molecular biology, this substance is often treated with D-E-P-C to inactivate nucleases. The region of stability of this substance is marked out using green lines in a Pourbaix (poor-BAY) diagram. So-called "wires" of this substance are able to traverse cell (*) membrane
By using this substance as a mask, Tour et al. discovered a method for creating graphene nanoribbons called meniscus-mask lithography. This substance has a resistivity of 18.2 million ohm-centimeters. In molecular biology, this substance is often treated with D-E-P-C to inactivate nucleases. The region of stability of this substance is marked out using green lines in a Pourbaix (poor-BAY) diagram. So-called "wires" of this substance are able to traverse cell (*) membranes. The aforementioned resistivity of this substance is displayed on lab-scale Milli Q machines for dispensing the deionized form of this substance. This substance has its maximum density at 4 degrees Celsius, and through extensive hydrogen bonding its boiling point is raised to 100 C. For 10 points, name this universal solvent, with formula H2O.
By using this substance as a mask, Tour et al. discovered a method for creating graphene nanoribbons called meniscus-mask lithography.