Use of composite heat sinks (CHS), constructed using a vertical array of 'fins' (or elemental composite heat sink, ECHS), made of large latent heat capacity phase change materials (PCM) and highly conductive base material (BM) is a much sought cooling method for portable electronic devices, which are to be kept below a set point temperature (SPT).
Our experimental results and analysis show that a proposed power source based on this method is promising for portable electronic devices.
Thanks to its simplicity and few electrodes requirement, the proposed method is promising for portable BCI systems.
Triboelectric nanogenerator (TENG), which converts the ambient mechanical energy to electricity by friction, is one of the most promising methods for powering up portable devices.
Genotypic methods based on DNA sequencing are internationally recommended, of which N. gonorrhoeae multiantigen sequence typing (NG-MAST) [ 40] or full- or extended-length porB gene sequencing are currently the best methods for fast, objective, portable, highly discriminatory, reproducible, typeable, and high-throughput characterisation [ 39].
The novel method of portable fluorometry was used for the first time to measure β-carotene and retinol levels in a pastoral nomadic area.
The method can be used for portable and quantitative detection of uranium in field applications without skilled operators and sophisticated instruments.
This method advances the potential for portable nucleic acid amplification detection; however, on-chip reference electrodes are still fairly large and difficult to integrate with a microchip, making it nearly impossible to achieve massively parallel, portable amplification detection.
On the basis of optical, electrical and other signals from nanomaterials, many interesting methods and portable devices for detection of HMIs are growing flourishingly.
DigLA is also equipped with password decryption methods for both machine-specific and portable installation versions of Digsby.
