"field detection" is a correct and usable phrase in written English.
It is often used in the fields of engineering and science to refer to the use of technology to observe, identify, and measure things in a particular field. For example: "We used field detection techniques to measure water levels in the field."
The measurements are simultaneously carried out in two independent detection schemes viz., the bright field detection configuration for detecting the core modes and dark field detection configuration, for detecting the cladding modes.
The demands of this application are geared towards uniform preparation, and since the hyperpolarized molecules are being detected externally at high field, detection sensitivity is secondary to applied field uniformity over a large reaction volume to accommodate heterogeneous chemistry of gas molecules at a liquid interface.
We describe a problem in magnetic field detection involving a form of spatial filtering to detect weak signal sources in the presence of noise.
SFD involves the detection of minute gravitational field perturbations due to the effect of subsurface stress changes along an investigated survey route, an effect that is detected with interferometry techniques, which have recently been widely used in gravitation field detection, instead of conventional gravimetry (Anderson et al. 2011).
The field detection was executed by injecting water into boreholes.
This paper is the first attempt to use the plasma Hall effect for magnetic field detection.
To verify our simulation results, the optical near-field detection was performed.
This is especially the case for pollution studies as in-field detection of organic compounds helps identify sources of pollution.
The assay system runs on the Genie II device, a proven in-field detection system which could be deployed at a crime scene.
This proposed biosensor was developed at much lower cost than our previous studies and could be more applicable for in-field detection of foodborne pathogens.
Organic materials with second-order nonlinear optical activity are interesting for many applications in optics and optoelectronics, such as light-frequency conversion, terahertz-wave generation, electric-field detection and electro-optic modulation.
