The topological sub-structural molecular design (TOPS-MODE) approach has been introduced for the study of mutagenic properties.
The TOPological Sub-Strutural Molecular Design (TOPS-MODE) approach has been introduced for the study of mutagenic properties.
This paper presents a numerical method, known as hybrid lattice particle modeling (HLPM), for the study of mode-I crack formation and propagation in two-dimensional geometry subject to a fixed-grip condition.
As regards the 3D magnetic reconnection event in question, the WBD instruments onboard SC1, SC3, and SC4 work well in the 9.5-kHz bandwidth mode, thereby providing the best opportunity for the study of ESWs associated with magnetic reconnection in the near-Earth tail.
Dark field microspectroscopy is the primary method for the study of plasmon modes of individual metallic nanostructures.
Proteomics is being increasingly applied for the study of drug modes of action, side-effects and toxicity, and it is also a valuable approach for the discovery of new drug targets.
We discuss both electron hybrid and ion hybrid codes for the study of whistler-mode chorus and electromagnetic ion cyclotron waves occurring in the equatorial region of the inner magnetosphere.
On the basis of this solution, the tensor of dielectric permeability for a non-electroneutral current sheath plasma is calculated, and the dispersion equation for the study of possible instability modes of this current sheath is obtained.
For these reasons, the proposed integration technique is particularly well suited for the study of nonlinear axial mode instabilities (usually referred to as "triggered instabilities") in combustion chambers.
LiteBIRD (Light satellite for the studies of B-mode polarization and Inflation from cosmic background Radiation Detection) aims at detecting this B-mode polarization precisely.
