Sentence examples for battery framework from inspiring English sources

Important features of the test battery framework are the characterization of the compounds concerning general cytotoxicity, relevant in vivo concentrations and other necessary background data.

In conclusion, the test battery framework can identify compounds that disturb processes relevant for human development and therefore may represent developmental toxicants.

Within the embryonic stem cell-based novel alternative tests project, we developed a test battery framework that allows inclusion of any developmental toxicity assay and that explores the responses of such test systems to a wide range of drug-like compounds.

Our test battery framework would allow such approaches under the following conditions: first, the same compounds will be tested in different, mechanistically defined test systems; by evaluating different endpoints and comparing the data obtained from different assays, more information will be gained on the general mode of action of those toxicants.

Basically, a dual-battery framework can overcome the intermittency of renewable energy, as even if one station battery is charged by renewable energy, the other can still discharge its electricity to an EV.

This framework captures the impact of battery degradation on fuel consumption and battery replacement over the vehicle life by integrating a battery model capable of predicting degradation, and degraded performance, into the drivecycle simulation.

The schematic graph of the PV battery charger control framework with the proposed MPPT circuit is represented in Fig. 3.

We provide a brief summary of advanced battery technologies and a framework (i.e., a simple model) for assessing electric-vehicle (EV) architectures and associated costs to the customer.

The individual physics models and software are integrated into a new open computational framework for battery simulations which was designed to support a variety of modeling formulations and computer codes.

Based on the characters of pumped-storage and battery-storage, a practical framework for the optimal operation of Day-Ahead plan and Intra-Day scheduling is designed.

In this framework, metal air batteries potentially represent the method of choice for smart and green grid storage, since their peculiarity is the high theoretical energy density and the low environmental impact of their components [12, 20].