March 16, 2016 (Press Release)-"2016 Global Laser pointer Industry Report" is a professional and in-depth study of the status quo of the laser pointer industry. The report provides a basic overview of the industry, including definitions, classifications, applications and industrial chain structure. Provide laser pointer market analysis for the international market, including development trends, competition status analysis and key regional development status.
Allen [13] has reviewed the use of semiconductor light sources in explosion sensing applications. The traditional detection method (Beer-Lambert law experiment) is limited to some extent, because the spectral characteristics of many pure and explosive vapors make the phase sensitive detection method difficult [9,11]. Therefore, TDLAS is usually used to detect and measure the light gases (for example, NO and NO2) produced by the decomposition of parent explosives. Kolb and Wormhoudt [14] used a near-infrared diode laser to measure the NO produced during the pyrolysis of TNT in the soil. Riris et al. [15] Use lead salt TDL to detect NO2 produced after thermal decomposition of 5-10 pg RDX. TDLAS is commonly used in tandem technology to detect explosive fragments produced by the photofractionation (PF) of the parent explosive. For example, Bauer et al. [16] Using QC mid-infrared laser engraver to detect NO produced by 1.55μm laser PF of TNT and RDX. The port of the LaserPointer market report is divided into 159 pages, a summary analysis of 10 companies, including tables and figures attached.
Discussed the development policy and plan, also analyzed the manufacturing process and cost structure. The report also illustrates import and export consumption, supply and demand diagrams, costs, prices, revenues and gross margins. The report focuses on the major players in the world's leading laser pointer industry, providing company profiles, product pictures and specifications, capacity, output, prices, costs, revenue and contact information. The upstream raw materials and equipment and downstream demand analysis were also conducted. The development trend and marketing channels of the blue laser pointer industry are analyzed. Finally, the feasibility of the new investment project was evaluated and the overall research conclusion was provided.