radiant energy

The question asked is, how much of the radiant energy from the sun that falls on a plant is converted into plant organic matter?

By means of photosynthesis, plants convert the radiant energy of the sun into chemical energy.

Process in which two dissimilar materials in close contact act as an electric cell when struck by light or other radiant energy.

The radiant energy, especially heat and visible light, emitted by the sun; sunshine.

The rate then levels off, and additional radiant energy is without effect and the system is light saturated.

One of the earliest wireless telephones to be based on radiant energy was invented by Nikola Tesla.

A white umbrella will reflect more radiant energy from the sun than a black umbrella.

One of the first patents registered in the 1890s by Nikola Tesla, one of Edison's former assistants, was for "radiant energy" .

Capable of producing a voltage when exposed to radiant energy, especially light.

When the radiant energy of the sun falls on the earth, it is changed into heat energy, and the earth is warmed.

Radiant energy entering the opening is in part absorbed by the interior walls.

Other forms of radiant energy familiar to us are radio waves, infrared rays, ultra-violet rays, X rays, and gamma rays.

I feel a sense of radiant energy coming off of dream matter that is different from that in the physical world.

The radiant energy used in such measurements may vary from X rays, through visible light, to radio waves.

It is not until the radiant energy falls upon matter that it becomes heat energy.

an exchange produced by the chemical action of radiant energy (especially light).

In radiation , thermal energy is transformed into radiant energy , similar in nature to light.

It refers to the ink or glazing paint for radiant energy, sessile or hardening in the substrate for drying.

All radiant energy has wavelike characteristics, analogous to those waves moving through water.

Radio waves have been considered radiant energy.

I radiation, thermal energy i transformed into radiant energy , similar i nature t light.

synthesis of compounds with the aid of radiant energy (especially in plants).

A single unit that is capable of changing some form of energy, such as chemical energy, radiant energy , or heat into electricity .

Absorbed dose: Transfer to the radiant energy per unit mass of material amount.

The amount of radiant energy needed to expose a photographic film .

Without it there would be no life, for plant life depends upon radiant energy-and we depend upon plant life.

No surface can absorb more than all of the radiant energy which strikes it.

There is a decrease in the radiant energy received at a specified distance from the explosion .

They give off discrete amounts of radiant energy.

We consider radio waves as radiant energy.

We regard radio waves as radiant energy.

Radiant energy is also called light energy.

Radio waves are regarded as radiant energy.

Like other varieties of radiant energy, light radiates, that is , it spreads out from its source in straight lines.

Numerical and experimental study of the solar radiant energy distribution in the air-conditioned car

Impenetrable by a form of radiant energy other than visible light

Directionality of radiant energy and heat transfer efficiency of cylindrical cavity with diffuse and specular reflecting inside wall

Analysis on Radiant Energy Centralization in the Ultraviolet Stereolithography

Applied Research on Introducing Radiant Energy Signal into Steam Temperature Control

The Experimental Study of Combustion Control Based on Furnace Radiant Energy Signa in Once-through Boiler

Superheated steam temperature control with radiant energy as calorific value signal

Study on distribution of UV light radiant energy in heterogeneous photocatalytic reactor

A Computer Arithmetic Based on the Flame Image Processing of Industrial Boiler to Determine the Average Radiant Energy in Furnace

Study on Introducing Radiant Energy Signal for Optimized Oxygen Control in Furnace

Characteristics of main steam pressure and its simulation based on furnace radiant energy signal

spectral concentration of radiant energy density (in term of wavelength)

To cultivate two chemical bases and promote industrial radiant energy of Binhai New Area

Theory Analysis and Experimental Research of Radiant Energy in Furnace

Research on Flame Image Processing and Measurement of Radiant Energy for Boiler

Spectral concentration of radiant energy density

The Optimization of the Superheated Steam Temperature Control System Based On the Radiant Energy Signal

Research on the Modeling of the Radiant Energy Signal in a 300 MW Coal-fired Unit

spectral radiant energy density (in term of wavelength)

The Study on the Radiant Energy Budget of Alpine Meadow Vegetation in the Sunny Days During the Plant Growing Season

Research on Improving the Load Regulation Performance of Power Unit Based on Radiant Energy Signal

Research on Unit Control of Load and Combustion Based on Radiant Energy Signal

Research of an Adjustive System of Boiler Combustion Based on the Radiant Energy