Difference between Water Vapor and Photocurrent

WATER VAPOR vs PHOTOCURRENT: NOUN

Steam
Water in a gaseous state, especially when diffused as a vapor in the atmosphere and at a temperature below boiling point.
Water in a vaporous form diffused in the atmosphere but below boiling temperature

Any electric current that flows as a result of photoconductivity or the photovoltaic effect
An electric current produced by illumination of a photoelectric material.

Exosphere, Infrared radiation, Troposphere, Aerosols, Ozone, Convective, Moisture, Cirrus cloud, Atmospheric, Gaseous, Condensation, Methane, Carbon dioxide, Vapor, Water vapour

Conductance, Electromotive force, Excitation, Absorption coefficient, Josephson junction, Electroluminescence, Exciton, Absorbance, Photomultiplier, Photodetector, Photodiode, Phototransistor, Photoemission, Dipole moment, Photoluminescence

Gases, Exosphere, Infrared radiation, Troposphere, Aerosols, Ozone, Convective, Moisture, Cirrus cloud, Atmospheric, Gaseous, Methane, Carbon dioxide, Vapor, Water vapour

Conductance, Electromotive force, Excitation, Absorption coefficient, Josephson junction, Electroluminescence, Exciton, Absorbance, Photomultiplier, Photodetector, Photodiode, Phototransistor, Photoemission, Dipole moment, Photoluminescence

It does not include water vapor because the amount of vapor changes based on humidity and temperature.
Water vapor in the atmosphere will condense when the water vapor equilibrium in the air has been exceeded.
Steam is water vapor; it is saturated when it contains a maximum amount of water vapor.
The vapor rises until it reaches a low enough temperature and pressure to condense water vapor into water droplets and form a cloud.
To make this calculation, the water vapor fraction when the gas is saturated with water vapor is needed.
The amount of water vapor that enters the atmosphere ultimately determines how much additional warming will occur due to the water vapor feedback.
Water vapor transmissionmeasure of the rate oftransmission of water vapor through a material undercontrolled laboratory conditions of temperature andhumidity.
Water Vapor One of the critical gases in the atmosphere on Space Station Alpha is water vapor.
Water vapor is always in the air and on hot, humid summer days you can feel that water vapor as humidity.
Humidifiers allow water vapor to be added, while dehumidifiers remove the water vapor.

This represents the photocurrent produced by scattered light only, while no reflected and transmitted light reaches the detector.
This flow of carriers in response to a pulse of radiation, constitutes a photocurrent that can be measured.
The use of PEDOT:PSS electrode results in a 12-fold improvement in photocurrent compared to that achievable with Platinum.
Slowly turn the VSTOP knob until the meter reading the PHOTOCURRENT just reads zero.
The CV measurements were carried out in the dark to avoid photocurrent effects.
The enhanced optical absorption boosted the photocurrent and incident photon to current efficiency.
Photocurrent enhancement of an efficient large band gap polymer incorporating benzodithiophene and weak electron accepting.
Interpreting the Density of States Extracted from Organic Solar Cells Using Transient Photocurrent Measurements.
IN is random and represents ufb02uctuation of the photocurrent from its mean.
PLZT and form the dominant photocurrent in our devices.