Sentence examples for provides a thorough understanding from inspiring English sources
JPAL101x provides a thorough understanding of how randomized evaluations can be used to evaluate social and development programs.
This study provides a thorough understanding of the creation and thermal evolution of a crystalline Ni Zr alloy.
This work provides a thorough understanding of HAR around ACHEs and proposes mitigation methods to reduce its effects on plant production.
Written by experts from leading institutions around the world, this superbly illustrated volume focuses on mastery of operative techniques and also provides a thorough understanding of how to select the best procedure, how to avoid complications, and what outcomes to expect.
This section provides a thorough understanding of these algorithms' performance on two key frameworks that support MapReduce.
A review paper which provides a thorough understanding of the role of parents in youth NSSI may better equip clinicians to treat youth NSSI by involving parents as valuable resources in the youth's circle of care.
Analytical, numerical and experimental investigation is carried out in order to provide a thorough understanding of the failure mechanisms.
A secondary objective is to provide a thorough understanding of the probabilistic retrieval model by a theoretical understanding of various text distribution assumptions.
The voice and experience of men and women in prisons is vital to provide a thorough understanding of how this can be tackled and will help determine the level of response required with our partnersacross theNational Offender Management Service and prison estate".
This paper aims to provide a thorough understanding of workability and mechanical properties of AAFS concrete cured at ambient temperature and to obtain the optimal mixtures for engineering application.
In the third part, various FOMs of piezoelectric materials for a wide range of ultrasound applications, including diagnostic ultrasound, therapeutic ultrasound, underwater acoustic and passive sensors, tactile sensors, acoustic tweezers and ultrasonic motors, are evaluated to provide a thorough understanding of the materials' behavior under operational conditions.
