Sentence examples for formulation of vehicle from inspiring English sources

Then, in "Formulation of vehicle routing problem for coalition of players" section the mathematical method of the CoMDVRP is introduced.

It is envisioned that in the future government agencies will dedicate certain areas of road networks to AVs only to facilitate the formulation of vehicle platoons to improve throughput and hopefully improve the performance of the whole network.

After 24 h of wound creation (on 1st day), animals were treated as described under grouping and dosing section, with topical formulation of vehicle, extract or standard daily for nine days, leaving out the last group which did not receive any of the interventions.

In this paper, the concept of extended linearization (also known as state-dependent coefficient parameterization) is examined for state-dependent nonlinear formulation of the vehicle dynamics in a novel and very general form for the development of a generic and practical autopilot design approach for missile flight control systems.

This work has demonstrated the great influence of the formulation of ALA vehicle on penetration through the skin.

The structure, charge and formulation of these vehicles are also related to the stability, and consequently to the efficiency of gene transfection.

(26 The above formulations of train vehicle costs indicate that lower travel times require fewer trains, and thus decrease the cost of purchasing vehicles.

Furthermore, C3H/HeJ grafted alopecic mice were treated with a topical formulation of baricitinib or vehicle control after the mice developed alopecia (Fig. 2).

The formulation of the foam vehicle consists of butylated hydroxytoluene, 201 ceteareth-12, citric acid anhydrous, diisopropyl adipate, light mineral oil, potassium citrate 202 monohydrate, potassium sorbate, purified water, and sorbic acid. 1 It provides a cosmetically elegant delivery system that is easy to apply to large areas.

The problem formulation and solution methodology include the effects of vehicle suspension systems, the vehicle travelling path, and the arbitrary boundary conditions and geometry of the bridge superstructure.

The findings underline the importance of understanding the fate of vehicle components for rational formulation design of buccal delivery systems.