Mass Sensor
质量传感器

Mass Sensor(质量传感器)研究综述

Mass Sensor 质量传感器 - Further, the film has been successfully used as a substrate for biomass sensor and realized apparent responses to changes. ^[1] Our findings will be valuable for designing and fabricating the emerging two-dimensional material-based energy harvesters, mass sensors, and gas detectors. ^[2] From various studies, the conclusion comes out that the nonlinear dynamic behavior of Boron Nitride Nanotubes-based mass sensors has not yet been explored. ^[3] The present work reviews the recent studies of carbon nanomaterials-based nano-force and nano-mass sensors using mechanical analysis of vibration behavior. ^[4] Subsequently, a novel locally-resonant structure based on the solid-solid phononic crystal is proposed to be used as a mass sensor. ^[5] The mode localization phenomenon is an effective technique to enhance sensor sensitivity, and some low noise floor mode-localized sensors, including accelerometers, mass sensors, and electrometers, have been successfully realized. ^[6] The recently synthesized monolayer diamond—diamane has proved to possess excellent mechanical and electrical properties, and it holds great potential in the field of nano-mass sensors. ^[7] This research raises the topic of the problem, namely how to design a mass sensor, using optical fiber as a mass sensor by utilizing the macrobending method. ^[8] Micro-mass sensors have important application in chemical and biological sensing. ^[9] This research presents a mass sensor based on a piezoelectric thin-film MEMS oscillator with high mass resolution, real-time detection, and extremely linear behavior for gas sensing. ^[10] This study is intended for investigating the linear and nonlinear responses of carbon nanotube-based mass sensors in thermal and magnetic environment. ^[11] This article presents the initial development of a biomass sensor to monitor the growth of macroalgae (seaweeds) in the Integrated Multi-Trophic Aquaculture (IMTA) at Harbor Branch Oceanographic Institute at Florida Atlantic University. ^[12] Multilayer thin film manufactured utilizing the Layer-by-Layer self-assembly method has obtained many applications such as mass sensors, smoke sensors, ammonia gas sensors, membranes. ^[13] The non-Hermitian system has been widely studied recently in various fields from quantum physics to condensed matter, in which the ``exceptional point'' (EP) as an essential feature of the systems can be used to design sensors, for example, a mass sensor to detect the mass of nano-objects. ^[14] This article presents a mass sensor based on a low-frequency MEMS resonator. ^[15] The use of carboxyl-polystyrene beads to showcase the potential of DR-TPR as a mass sensor for future chemical/biosensing applications is the highlight of the paper. ^[16] A novel class of nanoplate-based mass sensor with corner point supports for detecting attached nanoparticles is proposed. ^[17] Nanotube can be used as a mass sensor. ^[18] By taking one of the coupled as sensing part, we develop the coupled system setting in complete synchronization as a mass sensor. ^[19] Mass sensor is employed to predict the load mass. ^[20] The glycoprotein biosensors including electrochemical sensors, optical sensors and mass sensors were introduced in detail. ^[21] This evalution shows that including a biomass sensor in the measurements for the Kalman filter may have conflicting effects on estimation accuracy. ^[22] The shunt-capacitance cancellation and self-sustaining oscillation are critical in low-Q resonators, such as a mass sensor in liquid media. ^[23] Those conclusions are helpful to the design and application of GS-based resonator as nanomass sensor. ^[24] The model is then employed to analyze the nonlinear dynamics and effectiveness of the bio-mass sensor under varying electric loading and explore novel concepts to quantify the mass of biological entities. ^[25] Nanomechanical devices have the potential for practical applications as mass sensors. ^[26] Nanomechanical resonators are widely operated as force and mass sensors with sensitivities in the zepto-Newton (10-21) and yocto-gram (10-24) regime, respectively. ^[27] Owing to elaborate series of finite element simulations, the frequency shift of a CNTs-based mass sensor with different attached mass and aspect ratio in temperature range of 0–1600 K is calculated. ^[28] Second, by taking one of the coupled as sensing part we develop the coupled system setting in complete synchronization as a mass sensor. ^[29] In this study, the interplay between the sensitivity of mass sensors and the mode localization phenomenon of their resonators due to surface roughness is interpreted. ^[30] This paper reports on a QCM (quartz crystal microbalance) mass sensor under atmospheric pressure that is combined with a 3-DOF micromachined coupled resonator operating in vacuum. ^[31] We propose a mass sensor using optically trapped and cooled dielectric microdisks. ^[32]