Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Fuel burnup (Nuclear engineering) --- Congresses --- Radioactive waste disposal --- Combustion nucléaire --- Fuel burnup (Nuclear engineering). --- MOX (Combustibles nucléaires) --- Mixed oxide fuels (Nuclear engineering) --- Mixed oxide fuels (Nuclear engineering). --- Radioactive waste disposal. --- Nuclear fuels --- Plutonium --- Safety --- Uses

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

614.7 --- 620.9 --- Greenhouse gases --- -Energy facilities --- -Air quality management --- Air --- Air pollution control --- Air quality --- Control of air pollution --- Environmental protection --- Power resources --- GHGs (Greenhouse gases) --- Heat-trapping gases --- Gases --- Pollutie van lucht, water, grond--(openbare gezondheidszorg) --- Economics of energy in general --- Environmental aspects --- Pollution --- Control --- Management --- Air quality management. --- Energy facilities --- Environmental aspects. --- 620.9 Economics of energy in general --- Air quality management --- Factories --- ENVIRONMENTAL --- ENERGY --- OZONE --- Energy technologies --- MOX --- CH 4 --- GREENHOUSE EFFECT --- CO --- ENGINEERING --- GLOBAL CHANGE --- CO 2 --- N 2 O --- EMISSION --- CFC --- GASES --- Monograph --- Ozone. --- Engineering. --- Gases. --- Fluids --- Matter --- Gas laws (Physical chemistry) --- Pneumatics --- Construction --- Industrial arts --- Technology --- Chemical tests and reagents --- Oxygen --- Properties

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Photonics has had a decisive influence on recent scientific and technological achievements. It includes aspects of photon generation and photon–matter interaction. Although it finds many applications in the whole optical range of the wavelengths, most solutions operate in the visible and infrared range. Since the invention of the laser, a source of highly coherent optical radiation, optical measurements have become the perfect tool for highly precise and accurate measurements. Such measurements have the additional advantages of requiring no contact and a fast rate suitable for in-process metrology. However, their extreme precision is ultimately limited by, e.g., the noise of both lasers and photodetectors. The Special Issue of the Applied Science is devoted to the cutting-edge uses of optical sources, detectors, and optoelectronics systems in numerous fields of science and technology (e.g., industry, environment, healthcare, telecommunication, security, and space). The aim is to provide detail on state-of-the-art photonic technology for precision metrology and identify future developmental directions. This issue focuses on metrology principles and measurement instrumentation in optical technology to solve challenging engineering problems.

infrared thermometer --- mid-wave infrared --- indium arsenide antimony photodiode --- uncooled thermometer --- fibreoptic coupling --- chopper stabilised op-amp --- zero-drift pre-amplifier --- ammonia detection --- NH3 --- MOX sensors --- polymer sensors --- laser absorption spectroscopy --- CRDS --- CEAS --- MUPASS --- PAS --- HOT IR detectors --- HgCdTe --- P-i-N --- BLIP condition --- 2D material photodetectors --- colloidal quantum dot photodetectors --- low-light photodetectors --- fluorescence microscopy --- time-resolved fluorescence microscopy --- hybrid photodetector (HPD) --- single-molecule fluorescence detection --- fourier ptychography --- image classification --- deep learning --- neural network --- electro-optic modulator --- frequency modulation --- displacement measuring interferometer --- quantum cascade laser --- laser controller --- infrared modulator --- laser spectroscopy --- free space optics --- photonic metrology --- accuracy --- precision --- resolution --- FTIR --- absorption spectroscopy --- gas sensors --- optoelectronic sensors

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Photonics has had a decisive influence on recent scientific and technological achievements. It includes aspects of photon generation and photon–matter interaction. Although it finds many applications in the whole optical range of the wavelengths, most solutions operate in the visible and infrared range. Since the invention of the laser, a source of highly coherent optical radiation, optical measurements have become the perfect tool for highly precise and accurate measurements. Such measurements have the additional advantages of requiring no contact and a fast rate suitable for in-process metrology. However, their extreme precision is ultimately limited by, e.g., the noise of both lasers and photodetectors. The Special Issue of the Applied Science is devoted to the cutting-edge uses of optical sources, detectors, and optoelectronics systems in numerous fields of science and technology (e.g., industry, environment, healthcare, telecommunication, security, and space). The aim is to provide detail on state-of-the-art photonic technology for precision metrology and identify future developmental directions. This issue focuses on metrology principles and measurement instrumentation in optical technology to solve challenging engineering problems.

Technology: general issues --- History of engineering & technology --- infrared thermometer --- mid-wave infrared --- indium arsenide antimony photodiode --- uncooled thermometer --- fibreoptic coupling --- chopper stabilised op-amp --- zero-drift pre-amplifier --- ammonia detection --- NH3 --- MOX sensors --- polymer sensors --- laser absorption spectroscopy --- CRDS --- CEAS --- MUPASS --- PAS --- HOT IR detectors --- HgCdTe --- P-i-N --- BLIP condition --- 2D material photodetectors --- colloidal quantum dot photodetectors --- low-light photodetectors --- fluorescence microscopy --- time-resolved fluorescence microscopy --- hybrid photodetector (HPD) --- single-molecule fluorescence detection --- fourier ptychography --- image classification --- deep learning --- neural network --- electro-optic modulator --- frequency modulation --- displacement measuring interferometer --- quantum cascade laser --- laser controller --- infrared modulator --- laser spectroscopy --- free space optics --- photonic metrology --- accuracy --- precision --- resolution --- FTIR --- absorption spectroscopy --- gas sensors --- optoelectronic sensors

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Volatile organic compounds (VOCs) are a diverse group of carbon-based molecules that are volatile at ambient temperatures and are emitted by an organism as a result of metabolic processes of cells and associated microbiome. The qualitative and quantitative profile of VOCs in biological fluids can vary depending on the physiological changes. Therefore, the pattern of volatile metabolites may reflect the presence of several diseases. This has been intensively investigated in the last few decades, resulting in an increasing number of studies focused on new volatile biomarker discovery.This reprint aimed to summarize the recent findings related to VOCs detected in various biological fluids such as breath, urine and feces for biomedical applications. The content covers various topics, including but not limited to biomedical/medical application of VOC analysis, biomarker discovery, and novel approaches for sampling and analyzing VOCs.

Research & information: general --- Chemistry --- liquid–liquid extraction --- volatile compounds --- urine --- method optimization --- GC-MS --- 1H-NMR --- iron deficiency anaemia --- iron supplementation --- volatile organic compounds (VOCs) --- intestinal metabolome --- gut microbiome --- CDH --- microbiome --- VOCs --- spiroergometry --- outcome --- exhaled breath --- eNose --- smoking --- asthma --- COPD --- NTD-GC-MS --- breath --- lung cancer --- biomarkers --- volatile organic compounds --- urine analysis --- comprehensive two-dimensional gas chromatography --- kidney diseases --- urinary biomarkers --- hepatocellular carcinoma --- diagnosis --- headspace analysis --- untargeted analysis --- breath analysis --- cancer biomarkers --- volatolomics --- whole grain --- rye --- comprehensive two-dimensional gas chromatography–mass spectrometry --- dietary fiber --- e-nose --- electronic nose --- breathing rhythm --- mechanical ventilation --- anesthesia --- supplemental oxygen --- oxygen toxicity --- lipid peroxidation --- volatile aldehydes --- pentanal --- hexanal --- classification models --- dairy cows --- fecal headspace --- Mycobacterium avium ssp. paratuberculosis (MAP) --- paratuberculosis --- random forest --- stable air --- volatile organic compound (VOC) --- biomarker --- MCC–IMS --- ventilator-induced lung injury --- metabolome --- feces --- neonates --- fermentation --- protein --- carbohydrate --- short chain fatty acid --- metabolites --- volatile organic compound --- acute gastritis --- antibiotic treatment --- treatment dynamics: microbiota --- mid-infrared spectroscopy --- short-chain fatty acid --- alpha-keto acid --- Helicobacter pylori --- MOX sensors --- low sensing chamber volume --- calibration transfer --- standard samples --- piecewise direct standardization --- correlation alignment --- breath sampling --- pattern recognition