The phrase "a compact light" is correct and usable in written English.
It can be used to describe a light source that is small in size or design, often implying portability or efficiency.
Example: "The new camping gear includes a compact light that easily fits in your backpack."
Alternatives: "a small light" or "a portable light".
In the presented work, a compact light source, adapted for measurement applications and targeted towards space applications, has been developed.
Nokero Solar produces a compact light bulb with a small solar panel that charges a battery, delivering 7 hours of light; each bulb lasts 3 years, paying for itself in weeks.
A compact light source (Forvis Technologies, Inc). was used together with a mar345 image plate detector (pixel size 150 μm).
The pico projector allows the easy implementation of complex user generated patterns (via a USB connection through PowerPoint) with a compact light engine in the module.
Sleep patterns were objectively assessed using the Actiwatch (registered trademark of Mini Mitter Company, Cambridge Neurotechnology Ltd. UK): a compact, light weight, wrist worn electronic device that measures and records physical activity.
A spy kit should be a compact, light container filled with supplies needed in order to act out your spy work.
This characteristic provides a new approach to a compact light-weight spacecraft design, which can combine these two functions into a single device.
The MIT Research Reactor in the Nuclear Reactor Laboratory operates at a power of 6 MW and is fueled with U-235 in a compact light-water cooled core surrounded by a heavy-water reflector.
The latter is a compact, light-weight FTIR spectrometer operating in the 400 7500 cm-1 (1.3-25.0 μm) range, incorporating a globar IR-source and a deuterated triglycine sulphate (DTGS) detector that can be fitted with a reflection mode accessory.
A compact, light-weight, battery-operated, low-cost fluorescence microscope has the potential to enable diagnosis and screening of M. tuberculosis in remote settings with limited infrastructure, providing the proven effectiveness of fluorescence microscopy to the point-of-care.
We report investigation of a compact Light Peak optical engine designed for data transmission at 4.8 Gbps.
