Sentence examples for electricity radiation from inspiring English sources

Burns are injuries caused by heat, electricity, radiation or corrosive substances and range from very minor to extremely severe.

Environments may include heat, moisture, chemicals, radiation, electricity, biological substances, or some combination thereof.

Some other methods, such as drying with applied chemicals (salt seasoning), organic vapours (e.g., xylene), a solvent (specifically acetone), high-frequency electricity, centrifuging, infrared radiation, a vacuum, and microwaves, are inhibitively expensive and therefore are not commercially applicable.

Thermophotovoltaics convert heat into electricity via thermal radiation.

Thermophotovoltaics (TPV) is concerned with the application of photovoltaic diodes to harvest electricity from thermal radiation.

Solar Thermal Power (STP) generating systems are proven renewable energy technologies and often a very cost effective way to produce electricity from solar radiation.

In a future energy economy, solar updraft towers will be able to produce electricity from solar radiation at economically viable prices.

Although most of recent commercial Solar Thermal Power Plants (STPP) installed worldwide are parabolic trough plants, it seems that Linear Fresnel Collectors (LFC) are becoming an attractive option to generate electricity from solar radiation.

A specially designed direct-expansion evaporator (PV evaporator), which is laminated with PV cells on the front surface of the thermal absorber, has been adopted in our system to acquire simultaneously thermal energy and electricity from solar radiation.

Machines designed for resource-poor settings should a) be robust in harsh environmental conditions, b) function reliably in environments with unstable electricity, c) minimize radiation dangers to staff and patients, d) be operable by non-specialists, and e) produce high-quality images required for accurate diagnosis.

Such machines, if designed for resource-poor settings, should a) be robust in harsh environmental conditions, b) function reliably in environments with unstable electricity, c) minimize radiation dangers to staff and patients, d) be operable by non-specialist providers, and e) produce high-quality images required for accurate diagnosis.