Introduction to Sensitive Material

Afterwards, metal oxides are explored as robust and sensitive materials to host nanoparticles, followed by preparation methods of nanocomposite plasmonic thin films with sustainable techniques.

Heat treatment of natural leathers as heat-sensitive materials is carried out under mild temperature conditions and high air moisture contents, the temperature does not undergo significant changes, and the heat transfer coefficients change almost linearly.

Three kinds of temperature sensors were fabricated using sensitive materials including CNT ink, PEDOT:PSS ink, and CNT/PEDOT:PSS composite ink.

The working principle, the structure, the sensitive material and the important characteristics of each of these sensors are discussed.

Polylactic acid (PLA) is highly attractive polyester in biomedical application, and its thermosensitive materials can achieve multiple functions due to their being sensitive to the temperature.

Applications of the current results include (i) design of a spiral tube heat exchangers in agitated vessels, (ii) design of catalytic heat exchanger/reactor suitable for exothermic reactions involving heat-sensitive materials, and (iii) design of semi-continuous spiral tube membrane equipment suitable for processes such as dialysis and ultrafiltration.

Acetonitrile and n-propanol play an indispensable role in the manufacture of perfume and photosensitive materials, and the demand for these chemicals in China is growing.

Herein, a gas-sensing (GS) microchip loaded with three gas-sensitive materials was fabricated via a micromachining technique.

Primary analyses for carcinogenic analyte detection suggest NFO as a gas-sensitive material to be potential applicants for real-world toluene gas sensing applications.

The results show that DT506 steel is a strain-rate-sensitive material that shows an increase in strength with increasing strain rate.

Shear bands nucleated in the deep ductile layer, a pressure-insensitive material, form at 45 degree from the maximum principal stress.

The development of safe, biocompatible and in vivo photosensitive materials is helpful to promote photodynamic therapy.

This finding aims to raise awareness among researchers and avoid possible mistakes in the HRTEM characterization of electron-beam-sensitive materials in the future.

Herein, a light-sensitive material (copper foam-supported copper oxide/nickel copper oxides nanosheets arrays, namely CF@CuOx @NiCuOx NAs) with hierarchical nanostructures to promote electrochemical charge storage is specifically fabricated.

The photochemical structuring is investigated and it is established that the synthesized polymer has a photosensitivity (56 cm2/J) and can be used for creation of photosensitive material.

Nanometer MoS2 as the sensitive material of sensor was produced by hydrothermal method.

In this study, nano aluminum particles are combined with a polyvinylidene fluoride binder/oxidizer in order to create a full-density photosensitive material.

As a stimulus-sensitive material, the difference in composition, fabrication process, and influencing factors will have a great effect on the mechanical properties of a superelastic Ni-Ti shape memory alloy (SMA) wire, so the seismic performance of the self-centering steel brace with SMA wires may not be accurately obtained.

X-ray powder diffraction (XRD) and scanning electron microscopy (SEM) were used to characterize the composition of the crystalline phase and the morphology of the prepared gas-sensitive materials, respectively.

Abrasive water jet machine is a proficient alternative for machining difficult-to-cut, reflective, conductive, and heat-sensitive materials such as austenitic stainless steel with complex geometries.

To this, a methodological programme is sketched in order to circumvent the apparent state of epistemic stagnation in which researchers may find themselves in the assumptions in which the theses under debate, as regards the heuristics of the sensitive material of study, reveal such a deleterious condition.

Concrete is a sensitive material, cracks and micro-cracks may occur during operation.

Over the past few years, numerous concepts of novel biosensitive materials and devices have been proposed and developed on their basis.

A common practice in monitoring cold chain conditions for these temperature-sensitive materials is to employ a physical, thermal buffer into which the temperature probe is inserted.

It is anticipated that further hardware/software development is needed to achieve three-dimensional atomic-resolution STEM imaging with single-atom chemical sensitivity, even for electron-beam-sensitive materials.

Unlike spray-drying and freeze-drying, electrospinning minimizes the physiological stress on sensitive materials, and nanofiber mat properties such as hydrophobicity, solubility, and melting temperature can be tuned based on the polymer composition.

ConclusionsThis study shows, that a sensitive material for detection of epichlorohydrin with dosimeter-type characteristics at room temperature was found.

In this study, we propose a palladium-functionalized CNT composite working as a sensitive material to evaluate the deuterium concentration in aqueous samples.

Novel biosensitive materials and highly sensitive detection methods applied for the sensors and the application of these sensors to food/feed products, the limit, and the time of detection are discussed.

The gas-sensitive material in the sensor includes black phosphorus (BP), carbon nanotubes (CNT), and black phosphorus–carbon nanotube (BP–CNT) composite materials.

On this basis, we derived an appropriate detection mechanism capable of explaining the lack of moisture influence over the CO detection with NiO-sensitive materials.

Qualitative data revealed that even students who experience discomfort see the benefits of being exposed to sensitive material, such as increased empathy, feeling more prepared to interact with victims and/or their families, understanding the emotional tolls of working in the field, and feeling more prepared for jobs in criminal justice and forensic agencies.

Plasmonics advanced materials with the capability of environmental variation detection extend the application of visible light, satisfying the demands of less footprint, easy-to-use, and high tunability for visible-sensitive materials.

Key characteristics of the sensitive material are described to highlight the capabilities of this technology for system operation: mainly the ease of operation due to fully digital ROIC and specific design will be demonstrated.

The sensitive elements of these sensors are made of sensitive materials like as conductive polymer polypyrrole or hybrid nanocomposite with 10 and 20% Ag incorporated in the polypyrrole polymer.

The sensor array is made of pressure-sensitive materials, an insulating shell, and 16 strip conductors.

Traditional photodetectors usually respond to photons larger than the bandgap of a photosensitive material.

Precise control of luminescent centers and color gamut is expected to design a temperature-sensitive material based on PQDs for promising optical applications.

114 papers are reviewed in order to both extract general trends on those characteristics and highlight applications as fillers in composites and sensitive materials in gas sensing.

In addition, the latest research in the detection of antibiotics by photosensitive materials is discussed.

These questions are divided into six different sections: participant’s right’s, safety and vulnerability; informed consent; confidentiality and anonymity; researcher’s right’s, safety and vulnerability; data storage and security-sensitive materials; and the ethical review process.

Therefore, in this paper the evaluation of the resistance of force-sensitive material – synthetic iron (III) oxide powder – by implementing this material into the design of two force sensors is described.

In addition, the proposed device construction strategy combining MOF photosensitive materials with 2DLMs shows a high potential for the future high-performance shortwave infrared photodetectors.

Within the last 20 years, the number of papers where ST, BT and BST materials were tested as gas-sensitive materials has ten times increased and therefore an actual review about them in this field has been expected by readers, who are researchers involved in gas-sensing applications and novel materials investigations, as well as industry research and development center members, who are constantly searching for gas-sensing materials exhibiting high 3S parameters (sensitivity, selectivity and stability) that can be adapted for commercial realizations.

Wide-band-gap semiconductor photosensitive material has a significant impact on the performance of deep-ultraviolet photodetector, which makes exploring novel high-quality wide-band-gap semiconductor a hot topic in the field of deep-ultraviolet detection.