Sapphire-Based Fiber Optic Sensors Global Market Forecast 2018-2024

DESCRIPTION
 
 This is the forecast of global market consumption value of component-level sapphire-based fiber optic sensors. Sapphire is the hardest material and has the highest melting point of any transparent material that is commonly available. The use of sapphire is desirable when fiber optic sensors are used in certain harsh environments, since sapphire is a chemical and scratch resistant material with a melting point of 2,072°C.
 
 In addition to the properties of sapphire itself, this report addresses packaging technology, such as radiation hardening (Rad-Hard), rough handling and other concerns of the use of sensors in harsh environments. This Executive Summary study report also provides selected research paper abstracts, as well as product descriptions and other relative information researched by ElectroniCast.
 
 Regions
 
 The 2018-2024 market forecast data presented in this study report are segmented into the following geographic regions, plus a Global summary:
 
 America (North America, Central and South America)
 EMEA (Europe, Middle Eastern countries, plus Africa)
 APAC (Asia Pacific)
 
 Sensor Types
 
 The data in this study are presented in two independent sorts:
 
 Sapphire-based Distributed Fiber Optic Sensor - component level
 Sapphire-based Point Fiber Optic Sensors - component level
 
 Applications
 
 The market forecast of the sapphire-based fiber optic sensors systems is further segmented by application, as follows:
 
 Industrial (Manufacturing Process/Factory) Military/Aerospace Energy (Petrochemical/ Nuclear Power/Utilities/Natural Resources)
 
 Fiber Optic Sensors- Market Research

Overall, fiber optic sensor technology has experienced impressive growth since ElectroniCast first started providing market and technology analysis of the subject since the early 1980s. In fact our analysts were tracking the various advanced photonic technologies, since 1976. In regards to fiber optic sensors, laboratory demonstrations in the 1970s of fiber-optic gyros and acoustic sensors eventually led to the introduction of the first commercial intensity and spectrally based sensors.

1 Executive Summary
1.1 Market Forecast - Overview
Sapphire Distributed FO Sensors Forecast by Region ($Million)
Sapphire Distributed FO Sensors Forecast by Application ($Million)
Sapphire Point FO Sensors Forecast by Region ($Million)
Sapphire Point FO Sensors Forecast by Application ($Million)
1.2 Technology - Overview
Sapphire-Based Fiber Optic Point Sensor for High Temperature
White Light Polarization Interferometry (WLPI) Technology
Reduced Mode Sapphire Fiber and Distributed Sensing System
Fiber Optic Sensing for Very High Temperatures
Sapphire fiber cladding development - harsh environment sensing
Fiber Sensors for Extreme Conditions
Sapphire-fiber-based distributed high-temperature sensing system
Sapphire-Based Optical Fiber Sensing
Package Technologies
Harsh Environment Optical Fiber
Optical Fiber coated with carbon, metal, or silicon nitride
Metallized Optical Fibers
POF for humidity insensitive high temperature FBG sensors
Laser Heated Pedestal Growth (LHPG) Sapphire Optical Fibers
Single Crystal Sapphire Optical Fiber
Single-Crystal Sapphire Optical Fiber Instrumentation for Coal Gasifiers
High Temperature Sapphire Fiber Cladding
Nanostructured Sapphire Optical Fiber (NSOF)
High temperature sensing with FBGs in sapphire-derived all-glass fibers
Submicron diameter single crystal sapphire optical fiber
Modal reduction in single crystal sapphire optical fiber (SCSF)
Sapphire photonic crystal fiber chemical sensing
Sapphire Optical Fiber Sensor Fabrication
Fusion Splicing of Sapphire and Silica Optical Fibers

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