Abstract: Disclosed herein is a prompt gamma-ray detection apparatus for analyzing chemical materials using femtosecond pulse laser-induced neutrons, which can be effectively used in the nondestructive inspection of various materials, such as metals, coal, cement, radioactive materials and the like as well as explosives and chemical materials, and which can provide better measurement results for the analysis of basic materials, and a method of measuring prompt gamma-rays using the apparatus. The prompt gamma-ray detection apparatus is advantageous because it can non-destructively analyze the elements in a chemical sample using a femtosecond pulse laser-induced neutron generator that solves the problems of an atomic reactor for research or a radioactive isotope as a neutron radiation source.

Abstract: Disclosed herein is a prompt gamma-ray detection apparatus for analyzing chemical materials using femtosecond pulse laser-induced neutrons, which can be effectively used in the nondestructive inspection of various materials, such as metals, coal, cement, radioactive materials and the like as well as explosives and chemical materials, and which can provide better measurement results for the analysis of basic materials, and a method of measuring prompt gamma-rays using the apparatus. The prompt gamma-ray detection apparatus is advantageous because it can non-destructively analyze the elements in a chemical sample using a femtosecond pulse laser-induced neutron generator that solves the problems of an atomic reactor for research or a radioactive isotope as a neutron radiation source.

Abstract: Provided is a bird countermeasure system. The bird countermeasure system includes a bird countermeasure robot configured to be operated through a remote command while patrolling or moving in an area adjacent to a runway or taxiway along which airplanes take off, land or taxi so as to approach the runway or taxiway or to detect or repel birds located close to the runway or taxiway.

Abstract: A mass spectrometer system and a mass spectrometry method, in which a mass resolution is increased through a non-linear ion post-focusing apparatus so as to more accurately analyze constituents of components contained in a dust particle. The mass spectrometer system according to the present invention comprises: an ion-introducing unit for introducing particles into the mass spectrometer system; an ionization unit for ionizing the introduced particles to generate ions; an ion-accelerating unit for accelerating the generated ions with different electric fields depending on respective positions of the ions; and an ion mass detector for detecting the mass of the accelerated ions. According to the present invention, the inventive mass spectrometer system uses a non-linear ion post-focusing apparatus to cause even ions whose initial energies and initial directions are different from one another to be incident on the TOF ion sensor concurrently, thereby increasing the resolution of the mass-to-charge of ions.