The present study will provide beneficial guidance for design of a TEM under current pulse operations.
The present study will provide valuable insight on the implications for integrating computers into the design of EF L course.
The present study will provide an alternative approach to design highly selective photocatalysts for NO removal under visible-light.
We believe that the present study will provide a new insight into the design and application of LnCPs-based ratiometric fluorescent sensors.
Hence, the present study will provide an insight into the design of high potent drug molecules to combat dreadful pathogenic diseases caused by V. alginolyticus.
The findings of the present study will provide insight into the newly emerged material and its alluring scopes for application as construction and building materials.
The HTSC formation of substituted PLA with opposite configurations reported in the present study will provide a versatile way to prepare poly 2-hydroxyalkanoic acid)-based biodegradable materials having a wide variety of poly 2-hydroxyalkanoicd biodegracid -based
The present study will provide an insights into designing of new PKR-inhibitor derivative as potent and selective therapeutic agent against many life threatening diseases which are associated with MARK4.
Results obtained from the present study will provide deeper insight into the selection of these system parameters to achieve the combined benefits of increasing network in-plane stiffness and minimizing the excitation of local modes.
Though difficult to be directly translated into clinical situation, the present study will provide a base to develop an appropriate protocol to assess tumor response to treatment by PET and to design effective treatment plans.
The present study will provide information on the spatio-temporal pattern of dry, wet and extreme wet spell characteristics over India and aid in selecting appropriate datasets for studying the Indian monsoon rainfall depending on their scope and application of research.
