Sentence examples for basic principle used in from inspiring English sources

Sir Owen Willans Richardson, (born April 26 , 1879 Dewsbury, Yorkshire, Eng. died Feb. 15, 1959, Alton, Hampshire), English physicist and recipient of the 1928 Nobel Prize for Physics for his work on electron emission by hot metals, the basic principle used in vacuum tubes.

April 26 , 1879Dewsbury, England February 15 , 1959Alton, England Sir Owen Willans Richardson, (born April 26 , 1879 Dewsbury, Yorkshire, Eng. died Feb. 15, 1959, Alton, Hampshire) English physicist and recipient of the 1928 Nobel Prize for Physics for his work on electron emission by hot metals, the basic principle used in vacuum tubes.

The purpose of this article was to help provide an overview of the basic principles used in the design of clinical research.

In this chapter, we focus on the details on the woven fabric construction to describe the basic principles used in establishing structure-property relationship of a textile structure and illustrate the underlying assumptions and their implications.

In this unit of study we will try to improve the students' understanding and appreciation of basic mathematical principles used in architecture.

The purpose of this chapter is to introduce readers to the basic design principles used in constructing UML profiles, so they can make effective use of MARTE and similar profiles.

As the reader moves on he or she will be guided through pharmacological principles, pharmacodynamics, pharmaco-kinetics, respiratory, cardiovascular, renal and neurophysiology, as well as basic statistical principles used in experimental science and clinical trials.

Efforts to eliminate pollution can therefore follow the same basic principles widely used in quality programs: Use inputs more efficiently, eliminate the need for hazardous, hard-to-handle materials, and eliminate unneeded activities.

The basic principles were used in the design are as follows: a) The implant width is in accordance with the femora endosteal canal diameter to achieve optimal fit and fill with the bone and promoting osseointegration between implant – bone.

These basic principles are used in a pragmatic way to form a judgement on the relative safety of the substitute materials, taking into account what is known about their hazardous properties and also the potential for uncontrolled exposures during a lifetime of use (including disposal).

The paper describes the basic principles and considerations used in modeling for evaluation and scale-up of steam reforming technology.