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Debug (1) 40-6 line priority encoder, the absence of detailed reading of the priority encoder truth table, I consider a priority encoder for low priority coding standards (designed to take trumpet) does not meet the standard. But after an error is found, the hardware circuit without modification, as long as the modified coding standards for the collection of large, we can solve the problem. By amplification of the response signal of the photocell, coding, microcontroller port P1 is reached, a certain delay, the SCM accurate and effective data collection through an external interrupt, you should know the approximate range of the delay. The preparation of the SCM process, write a subroutine in a delay of 2ms, and can call for a certain delay. It is due to the good purchase of 100mw green laser pointer.
Such as wavelength, pulse width, energy, doctors were able to selectively treat the lesions occur in the tissue, without affecting the surrounding normal tissue. Dye laser for eye treatment than other laser structure is simple, small, easy to use, its wavelength continuously adjustable laser output wavelength makes it possible to be raised for eye treatment range. It the most effective biological spectral sensitivity region of biological samples for analysis and observation play a role in the clinical diagnosis and treatment. Dye lasers are also widely used as effective light source in the deep of the clinical treatment of malignant tumors photodynamic therapy. For example, our scientists have observed that after 25 years of follow-up. The storage of 100mw green laser pointer comes first.
Single energy output up to 5100 joules away for the nuclear fusion "ignition" one step closer. Whether foreign or domestic, a giant laser drive are a reflection of overall national strength can on behalf of, whether foreign or domestic, a giant laser drive are a reflection of the comprehensive national strength, and can represent a national scientific and technological level in this area. Its development of the technological level of the major one country in this area related to science and technology. Have a significant role in promoting its development of the relevant science and technology. SG Ⅱ Device leading role not only for the upcoming construction of the next generation of laser equipment. For extremely valuable scientific and technical experience.  It is developing the competitive supplier of cheap Laser Pointers for the enterprise.
Expensive space-based weapons program in the United States, the success of Let's try to be. Space laser weapons. Currently, the U.S. Department of Defense space laser weapons to destroy intercontinental ballistic missiles, the boost phase of the campaign - the most effective tactical missile weapons, and destroy any target in the air and space at the distance of one hundred to several thousand kilometers . American Research Bureau on this issue in the missile defense program is principally engaged in the work of two aspects: the development of high-energy chemical laser and the development of target identification, tracking the target system, target guidance system and fire control system. To ensure that the production of 100mw green laser pointer first of all.
These three are the most basic unit of work of the computer, can be used to write the system software. Generate the object code of high quality, low efficiency of program execution and high efficiency generally than the assembler generates object code 10 へ 20%. The scope of the portability of the C language has a prominent advantage is suitable for a variety of operating systems such as DOS, UNIX, Windows 98, windows NT; also applies to a variety of models. C language with powerful graphics capabilities, portability, and data processing capabilities with a strong, suitable for writing system software, three-dimensional, two-dimensional graphics and animation, it is also the numerical calculation of high-level language. The good enough purchase of 100mw green laser pointer is important.

In addition, static work, its input and output potentials are zero, in connection with other integrated operational amplifier, you do not need to consider their level configuration. LM324 is a four-channel low-power op amp, its interior contains four groups of exactly the same in the form of op amp, in addition to power sharing, the four groups of op amp independent of each other, their performance parameters in the following areas: single-supply works, work power level 3V to 30V. Low current consumption: 0.8 mA. Low Input Offset: offset of the input voltage: 3 the mv (Typ); offset of the input current: 2 nA (Typ). Open-loop gain: 100V/mv = 100 dB (Typ) Wide response band. When the condition of the purchase of 100mw green laser is allowed.
At the same time rely on the microcontroller pwm duty cycle to control the operation of the steering gear. Figure 3.3 6N137 schematic control system design system block diagram and working principle of laser detection-based smart car system block diagram is shown in Figure 4.1, the data collected by the laser sensor to complete the detection of black lines, and the form of a voltage signal into the microcontroller IO port 16 5 mA laser reflector head on the pavement to identify seven laser receiver to receive the feedback signal, microcontroller sent signal analysis, processing, issued a directive on the car after treatment to exercise control, to make electric cars in the moving direction can be adjusted [9]. Do perform the purchase of cheap Laser Pointers well.
It allows the seeker optical sensor blinding, and thus lose the ability to track the target, so that the optical fuse prematurely or can not be detonated, so that the bullet lost the killing effect. Anti-tank and anti-submarine warfare, blinding laser weapons have great potential for development. Sitting on the enemies of Tanqueray, and body are in the thick armor protection, submarine deep water cover to killing them is not easy, but as long as the alignment of the entrance of the periscope is a laser, it is along the periscope the optical path of entry, will be the commander's periscope observation outside eye damage. A laser-guided bomb is laser weapons. It is mainly composed by three parts of the seeker, warhead and tail. It is the functional departments of the enterprise of 100mw green laser.
Magnetic confinement fusion research. Laser inertial confinement fusion laser inertial confinement fusion. The basic principles of laser inertial confinement fusion ICF (Inertial Confined Fusion ICF): using the powerful pulsed laser beam irradiation of deuterium micro-tritium fuel pellet in an instant high heat and great pressure, dense plasma is highly compressed before it spreads outward jet arising from the recoil of the inward implosion of pellet material is compressed to high density and high temperature required for thermonuclear burning, and to maintain a certain degree of confinement time to complete all of the nuclear fusion reaction, releasing large amounts of fusion energy. However, the conditions required by the fusion reaction is extremely harsh. Cost of 100mw green laser can be reduced to the lowest level.
And led the Materials Science in China (laser glass, laser crystals, nonlinear crystals), precision optical machining and inspection (the lambda/10 high flatness and low roughness, large diameter optical element grinding technology, diamond lathe Flying cutting large diameter KDP crystal technology), the dielectric film and chemical film technology, high-quality large-diameter xenon lamp technology, precision machinery, and assembly and calibration process and the high-voltage energy systems, fast electronics, control electronics, binary optics technology and other related disciplines or technology leaps and bounds. The application prospects of these related disciplines in the national economy will be considerable. SG - III SG III 1995, inertial confinement fusion in the "863 Program" project. The supply management includes lots of materials of 100mw green laser.

Fundamentally, the human energy of inertial confinement fusion laser drive from the nuclear fusion reaction, which happened on the sun "light fusion". Humans on Earth to achieve a controlled thermonuclear reaction, that is, the hydrogen bomb. To obtain an inexhaustible supply of new energy, this reaction must be continuously carried out under controlled conditions. There are two ways to achieve controlled nuclear fusion First, the scientists there are two ways to achieve controlled nuclear fusion tokamak open First, the scientists used the the tokamak open magnetic confinement fusion research is another proposed technical route in the early 1750s, another route in the early 20th century in the early 1960s, the exhibition "magnetic confinement fusion research. More details about high power laser pointer are necessary to be recorded in the log.
Magnetic confinement fusion research. Laser inertial confinement fusion laser inertial confinement fusion. The basic principles of laser inertial confinement fusion ICF (Inertial Confined Fusion ICF): using the powerful pulsed laser beam irradiation of deuterium micro-tritium fuel pellet in an instant high heat and great pressure, dense plasma is highly compressed before it spreads outward jet arising from the recoil of the inward implosion of pellet material is compressed to high density and high temperature required for thermonuclear burning, and to maintain a certain degree of confinement time to complete all of the nuclear fusion reaction, releasing large amounts of fusion energy. However, the conditions required by the fusion reaction is extremely harsh. Cost of Laser Pointers can be reduced to the lowest level.
Must first have a temperature of around 100 million degrees; involved in the response of the particle density is high enough to maintain a certain reaction time, ie 'nτ' value more than 1 million billion (sec / cm 3), which is well-known the Lawson criterion. Some countries, the laboratory has made a lot of basic research work in this type of laser device. United States, France has begun the construction of more large-scale giant lasers, expect to be able to achieve a laser thermonuclear ignition. China from the 1960s that began the study of inertial confinement fusion (ICF) and the Chinese Academy of Sciences and Chinese Academy of Engineering Physics from the 1980s, under the guidance of Wang Ganchang, Wang Daheng, joint research, the Shanghai-ray machines and Changchun-ray machines are cooperative unit. high power laser pointer can be standardized if necessary.
The early sixties, when the laser fusion research in China has just started, Qian Xuesen image to that: your cause is man-made a little sun on Earth! The key equipment in the ICF study is a high-power lasers. SG - I SG Ⅰ, 1964, a famous nuclear physicist Academician Wang Ganchang independently proposed laser fusion ideological, and suggested that a specific program in accordance with this Initiative, China's first laser Professional Institute - Chinese Academy of Sciences, Shanghai Institute of Optics The machine began the development and application of high power laser drivers in 1971, and deuterium - deuterium collisions of neutron. Chinese Academy of Engineering Physics and the Chinese Academy of Sciences to work together in 1978, ICF research into a new stage of comprehensive development. The design of high power laser pointer should be updated.
The past twenty years, committed to the development and application of neodymium glass laser drive - "SG" series devices, has made remarkable progress, and promote our inertial confinement fusion experiments and theoretical studies, and a place in the international arena. 1977, the Shanghai-ray machine using a 100 billion-watt laser system devices, inflatable glass shell targets irradiated nearly hundredfold body compression. Laser fusion research in China has entered an important stage of development of the step argument to the principle of implosion, and laid the foundation for future long-term sustainable development. In 1980, Wang Ganchang the proposal put forward to the construction of pulse power of 1 trillion watts solid state laser device, called a laser on the 12th experimental device (SG I). The loss caused by storage of high power laser pointer should be reduced to the lowest level.

Laser on the 12th experimental device is built in the Shanghai Institute of Optics and Fine Mechanics, a large high-power laser experimental setup, located in Qinghe Road, Jiading District, Shanghai No. 390 light machine designed in 1983 by the Shanghai-ray machine, with a total construction area of 4612 square meters, four-story reinforced concrete frame structure, with a total height of 15 meters. The device outputs the two-beam diameter of 200mm, the strong beam, each beam of the laser peak power of up to one trillion watts, the pulse width of 1ns and 100ps, the wavelength of 1.053? M infrared light, the multiplier to 0.53? M, green of light. Physics experiment target chamber and a full set of diagnostic measuring equipment, to carry out the physical phenomena of laser heating and compression of the plasma and laser X-ray spectrum of basic research work in the laboratory. This is another goal of the good purchase of cheap Laser Pointers.
In July 1985, the laser device on the 12th time and put into trial operation. The successful test run three laser shooting test, the valuable results achieved the expected goals. The device is the largest high-power neodymium glass laser device in the international arena is also one of the few large-scale laser works. It consists of the laser system, system range, measuring diagnostic system and the experimental environment engineering systems. The output laser power of up to one trillion watts of magnitude, while the laser time only billionths of a second one to ten billion one. Available lens to the size of 50 nm, can produce 10 trillion billion watts / cm 2 power density. This beam is focused on the surface of the material. More portable laser can be supplied.
Can generate tens of millions of degrees of heat, and the resulting strong shock wave and Fan Chongji pressure. Precision range of the device can adapt to the order of 0.1 mm of the microspheres target, the target of a black hole, step target, all kinds of X-ray target such as a variety of target experimental needs, and has a single beam, dual-beam and two-way and targeting the function of the laser beams for laser fusion energy research and a variety of other physics research for an important experimental tool. June 1987 by the state-level identification. It has built the leading edge of the field of laser physics test provided a favorable means of cutting-edge scientific research and national economic construction of great significance. In the summer of 1986, General Zhang Aiping wrote an inscription for the laser on the 12th experimental device SG ". It can help the enterprise get the necessary material of portable laser.
Thus, the device is officially Aiping general experimental setup of laser No. handwritten inscription "SG Thus, the experimental device handwritten inscription SG named SG - Ⅰ Ⅰ, named SG since 1989, SG direct drive be 5000000 neutron yield, indirectly driven by the 10000 neutron yield, the shock wave pressure 0.8TPa received nearly the diffraction limit of Ne-like Ge X-ray laser gain saturation in 1990, SG National Science and Technology Progress Award. God light - II SG II 1993, "863" program established in inertial confinement fusion theme to further promote the development of the national inertial confinement fusion research and high-power laser technology in 1994, SG - I retired. It is due to the good purchase of portable laser.
SG - I run for eight years, made a number of world-class level of physical achievements in laser inertial confinement fusion and X-ray lasers, and other frontier areas. May 18, 1994, SG Ⅱ device project, the project was officially launched smaller scale than the SG - I device to expand to four times. SG Ⅱ installations in the domestic high-performance components, independently to solve a series of scientific and technical challenges to achieve the most advanced high-power solid state laser driver level, this area of our country a new leap forward. The system consists of laser systems and range systems, energy systems, optical automatic alignment system, the laser parameters measurement system, as well as environmental, quality, security systems, integration of hundreds of sets of various types of laser units or components. The factory should try the best to realize the purchasing goal of portable laser with the management cost as low as possible.

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Not only improve the skills of the soldiers to use weapons, you can also teach them how to protect themselves in the war. Hangzhou University of Electronic Science and Technology graduate design using a variety of new technologies to increase simulation realism, such as a computer to record and control the process of training exercises, to assess the performance of soldiers in the exercises. The design idea of this design in order to achieve a good signal detection and data conversion, transmission as the main purpose; signal detection, signal encoding and data transmission as the main design. The design of a single pulse signal amplifier circuit in the signal detection and signal shaping circuit; in terms of signal coding, to solve the multi-channel signal encoding, but also consider the preference to coding. The core goal of laser pointer presentation will be introduced.
Synchronization (see Chapter II hardware design part) off target approach, targeting and signal acquisition, transmission, off target and the target is classified as a class processing; data transmission using a UART serial communication. R & D direction and key technologies. Rational division of the photodetector of the laser target, to improve the accuracy of the system; single-pulse amplification and shaping of small-signal; the expansion of multi-channel priority encoder; and PCs for data transfers, facilitate the statistics of the results, save, display and query. The main technical indicators of the laser pulse: shooting distance: serial output frame format: greater than 1ms 30 meters Shots + hit number of photoelectric detectors. Laser pulse response amplitude. The supply management of laser presentation pointer has been enhanced.
About 10 mv Hangzhou University of Electronic Science and Technology undergraduate graduation design of the overall design of the laser targeting system is a set of optical power in one system, and its working principle is a laser beam from the laser gun, hit a photoelectric sensor, photoelectric sensor convert optical signals into electrical signals, the signal after signal processing by the microcontroller to the computer's serial port, and then on the computer results show that query and save. The laser targeting system block diagram of the structure shown in Figure 3-1. The system includes a semiconductor laser guns, modular detectors, digital signal processing and transmission circuit, and computer data processing program of four parts. It is finding the better supplier of Laser Pointers.
Each targeting laser gun emits a laser pulse. If the laser pulse hit the photoelectric target, the use of photovoltaic effect, photoelectric target detector to convert optical signals into electrical signals, so the detection of the laser detector response signal detection. The response of the photodetector is a single pulse signal, the entire testing process including: signal amplification, waveform shaping, the detection output is a standard pulse digital signal. The target for the division of a laser target is divided into 38 detector, center ring 10 to a detector; 9.8.7.6 ring of eight detectors; ring with five detectors. According to different targets on the detector to determine the location of the hit, including the number of rings: 10.9.8.7.6.5. It is developing the competitive supplier of laser presentation pointer for the enterprise.
Deviation from the direction: left. Right. Upper left. Lower left upper right. Bottom right. If the signal hit the junction of two or four detectors, only take one piece, note the following conditions are met: high number of rings for the effective detector; deviation from the direction of the diagonal (for example: on the upper right in two directions, select upper right). Different detectors according to the above requirements, as well as the needs of the hardware circuit design, coding, as shown in Figure 3-2 (right). Figure 3-2 target classification and numbering 3.3 coding standard 38 signals according to the above principle of coding, coding results are shown in Table 3-1. Off target and no signal is recorded as the number of 0. Encoded, each number corresponds to the location information of each detector, including the ring number and the offset direction. The product of laser presentation pointer is in the better quality.

Figure 19-11 shows the experimentally measured output power and gas pressure curve. Output power with axial magnetic field. Axial magnetic field on the discharge tube in the radial motion of charged particles, the role of a Lorentz force, an increase of the axis near the electron and ion density, help to improve the output power. Experiments show that the axial magnetic field can increase the output power of 1-2 times. Axial magnetic field and make the laser line broadening caused by the output power decrease, so there is a maximum power output of the best magnetic field strength (see Figure 19-12). The best value and the discharge current, pressure, diameter and wavelength. As the electrons and ions tend to reduce the impact of the tube to avoid, reduce electrode sputtering in the discharge tube axis, and thus can improve the device lifetime.  stage lighting systems are in famous in the oversea market for its high quality and performance.
Aspects newmaker of semiconductor lasers quantum well (QW) lasers (1) the QW lasers with metal-organic chemical vapor deposition (MOCVD) technology is mature and perfect QW lasers from the laboratory soon developed into commercially available. QW device is the QW material as the active region of optoelectronic devices, material growth is the MOCVD technique. The characteristics of this device lies in the QW active region with a quasi-two-dimensional characteristics and the quantum size effect. QW laser material laser has a threshold current, high quantum efficiency, high frequency oscillation, and directly at a higher temperature. The domestic customers have their own using habits of Laser Pointers.
Strain QW lasers in order to further improve the performance of QW lasers, introduced in the QW strain and compensation strain, there have been strained QW lasers and compensation strain QW lasers. Reduces the limited quality of the hole for the introduction of the strain, and further reduce the transition between the valence band, so that the threshold current of QW lasers to significantly reduce the quantum efficiency and the oscillation frequency is again raised, and reduce the transition of the valence band room and Auger compound to reduce further improve the temperature characteristics of the laser without refrigeration work. In the trap and barrier to the introduction of a different strain (strain / compressive strain) and strain-compensated, can not only improve the quality of the materials. The top seller of stage lighting systems should be the most popular.
To improve the life of the laser, and the compressive strain corresponding to the TE mode, the tensile strain corresponds to the characteristics of the TM mode, the production of semiconductor laser amplifier with polarization-independent. Remarkably, of GaSb-based antimonide materials research over the years much attention, because of its wide wavelength coverage can be extended from 1.7m to 4.5m, but more difficult material growth and device fabrication, device performance indicators by 1990 low. After nearly a decade of efforts, the antimonide strain in MBE growth of GaSb-based quantum well lasers have been in the 1.9 2.6m band has won a breakthrough in continuous high power operation at room temperature. (3) the progress of China's QW lasers. The high economical efficiency of stage lighting systems can save much money for the customer.
China from the end of 1993 AIX200 low pressure MOCVD system for the development of QW devices, has developed dozens of InGaAsP series, the AlGaInAs series of materials and two series of strained QW material, the development of QW devices also achieved fruitful results. completed a number of "863" project has been the formation of the products have the following main devices: (1) General 1.3 m QW lasers, the first practical QW lasers began in 1995 for use in mobile communication optical fiber transmission repeater . Products of the strain the QW DFB lasers, the wavelength coverage of 1.5 ~ 1.57 m, the end of 1996, mass production and formally put on the market. The multiple functions of stage lighting systems can show the high economical efficiency.

Mainly as a 2.5Gb / s SDH systems and WDM systems transmit and channel monitoring light source. (3) the QW DFB lasers, high-power highly linear 1.3 m strain 1997, small quantities for use in CATV optical transmitter. The devices under development are: (1) 1.3 m, 1.55 m AlGaInAs high temperature without refrigeration strained QW lasers, "863" project. (2) 1.3 m, 1.55 m compensation strain of InGaAsP QW semiconductor laser amplifier, "863" project. 2.5 Gb / s used in the QW the DFB laser and electrical absorption modulator of monolithic optical integrated devices. QW lasers is the development of key components in high-speed optical fiber communication system at the country urgently needed. The economical efficiency of led stage lighting packages is the key point.
The key technology breakthrough, greatly promoted the development of optical fiber communication technology in China. Distributed feedback (DFB) laser DFB laser line width of less than 0.04nm, and the DFB laser wavelength drift with temperature is relatively small, and has a high side mode suppression ratio. These features make the DFB laser is very suitable for dense wavelength division multiplexing (DWDM) communication applications. (1) gain-coupled DFB laser gain-coupled DFB lasers due to its launch mode falls center on the fundamental mode from the physical to ensure it is bound to a single longitudinal mode of action, single longitudinal mode yield high refraction than the commonly used rate coupled DFB production process more difficult, the cost is relatively low. led stage lighting packages can be used to point at the star.
It also has other advantages, such as the inhibition of the back reflected light. The most mature device materials system, the most important InGaAsP / InP the MQW material. Electroabsorption modulated DFB laser (EML): a directly modulated DFB lasers by the effect of the relaxation oscillation limit, the response rate is difficult to cross the 5 Gb / s, while in the high-speed, accompanied by a large positive chirp and negative chirp, reduce the transmission performance. Directly modulated DFB lasers is usually the introduction of the MZ modulator and electro-absorption modulators of these two modulators, to consider from the optical network system, the modulator should be a simple structure and to achieve a monolithically integrated with DFB lasers. Electro-absorption modulators more attractive than the MZ modulator is because it can be integrated with DFB laser monolithic compact. Actually, the double-colored led stage lighting packages is the favorite of the customer in the current market.
And eliminates the need for polarization control. Korea University Institute of Radio Engineering developed the integration of optical communication systems for high bit rate and long drag 10Gb / s electro-absorption modulated DFB lasers to achieve a lossless transmission over 130km standard fiber. (3) tunable DFB laser German scientists recently demonstrated a cheap adjustable across the entire visible spectral region of the DFB thin film of organic semiconductor lasers. This DFB emission wavelength range is controlled by the thickness of the film. Thin film materials for the Alq: DCM. And polyethylene flexible sheet on benzene dimethylene (PET) as a substrate. Scientists based on the Alq. The top seller of Laser Pointers in the oversea market should be respectively summarized.
DCM films with different thickness (from 120nm to 435 nm) produced several DFB lasers. When the film thickness of 120 nm, the laser wavelength is 604 nm; thickness of 435 nm, the laser wavelength to 648 nm. Continuous tuning range of 30nm. (4) fiber grating DFB lasers to fiber Bragg grating external cavity semiconductor laser reflector, can the system performance of fiber grating DFB lasers. This laser is not only the output laser line width, easy coupling with optical fiber, but also through the grating to the longitudinal tensile force or change the frequency and pattern of the modulation frequency of the LD will be able to control the output laser. Fiber grating DFB lasers. They might require differently towards the appearance and technology design of led stage lighting packages.

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Ensure the company's different stages of the cash flows to the company steadily according to plan, the rapid development. Analysis of the competitive landscape. Major competitors and competitors' details. Domestic production of axial-flow laser manufacturers: Nanjing Eastern Laser Co., Ltd.. Manufactured by Germany, Rofin-controlled axial flow CO2 laser and CNC laser processing machine production. Wuhan HGLaser Limited. The axial flow CO2 laser assembly of Germany, Rofin lasers. Foreign production of axial-flow laser manufacturers: Germany, Rofin Group is the leader of the global industrial materials processing lasers and laser processing system, installation of various types of lasers and laser processing system in the world since its establishment in 1975, more than 22,000 sets. 100mw green laser pointer can also be adopted to highlight the content.
Now employs more than 1,400 branches in more than 40 countries and regions around the world set up a marketing and technical services, sales of $ 372 million in the 2004-2005 financial year. 2001, Rofin Group under the business reorganized into three core business groups to respond to growing market demand and system integrators need to meet individual customers. High-power business group products are mainly for material cutting, welding, surface modification of high power CO2 laser, solid-state lasers and semiconductor lasers. Rofin-BaaselChina inception, namely to serve as a pilot to expand business in China. cheap Laser Pointers can be utilized to scare the dangerous animals.
Now to set up service branches in Shanghai, Shenzhen and Chengdu, and the establishment of adequate supplies and spare parts inventory, with an experienced, technical and comprehensive after-sales service and rapid response team. Laser (Laser), the original intent of the stimulated emission amplification of the light, it is the abbreviation of the English (Light Amplification by Stimulated Stimulated Emission of Radiation), laser science, the combination of many scientists to create wisdom from its conception to start-up and development , including the pioneering work done by the American physicist CHTownes and ALSchawlow especially basic research in the field of quantum electronics, leading to the invention of the maser and laser. 100mw green laser pointer can be used to lighten the match or flammable materials.
The world's first laser the Americans Maiman (THMaiman,) made of ruby laser at the Hughes Laboratory in California May 15, 1960, it is the three-level system, ruby crystal light-emitting materials, with luminosity high pulse xenon lamp excitation source in human history, the first laser beam, the wavelength of 694.3 nm. realized Townes and Xiaoluo, predicted in 1958. Townes (Townes, Charles Hard, born in 1915) - U.S. physicists, quantum electronics research and invention of the maser, won the 1964 Nobel physics prize. He was born in the United States South Carolina Greenville, State University of Fuhrman graduated from Greenville. For this kind of 100mw green laser pointer, the application is various and function is practical.
By the California Institute of Technology Doctor of Philosophy in 1939 at Bell Telephone Laboratories, and taught at Columbia University in 1948. Three years later, he generated the idea of the maser, using ammonia as the amplifying medium, to create the first maser in December 1953. This research has led to the laser by Maiman in 1960. 1967, he was appointed professor at the University of California, created a radio and infrared astronomy program at the school, the results found in interstellar space of complex molecules (ammonia and water). The characteristics of the laser. Spatial coherence and direction of the laser: beam spatial coherence and directionality are closely linked. The divergence angle of the different types of lasers are different. The economical efficiency of 100mw green laser pointer is very high.