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(1) By the end of the war, cavity magnetrons were emitting up to 3.5 million watts of power at stable wavelengths.

(2) The cavity magnetron was simple, rugged and cheap, and produced short wavelength radio waves - microwaves.

(3) Today, 2.5 million magnetrons are made each year for the microwave oven market.

(4) The calculation and design theory of multicavity magnetron.

(5) The thickness uniformity of films deposited by planar magnetron sputtering target was analyzed theoretically.

(6) The generator represents magnetron, packaged with constant magnets in ceramic - metal execution.

(7) Its principle and some other aredescribed, including the magnetron sputter coater and the osmium plasma coater.

(8) Fused salt electrodeposition, magnetron sputteringand chemical vapor deposition were also methods of preparing platinum composite electrode.

(9) But how could the advantages of the klystron with its enclosed resonators be combined with the more favourable geometry of the magnetron?

(10) Aluminum film was grown on modified fluorinated polymer composite films by rf magnetron sputtering.

(11) Suitable for making heating element for electrical oven and magnetron.

(12) Silicon oxide ion barrier film was successfully fabricated on the input-face of microchannel plate by magnetron sputtering method.

(13) There are various methods to obtain antibacterial surface on stainless steels, such as chemical heat treatment, magnetron sputtering, ion implantation, Sol-Gel, and chemical deposition.

(14) Methods: The nature HA films were prepared by electron beam evaporation and rf - magnetron sputtering techniques.

(15) However, it was equally significant of improving the modified electrode SERS active system with uniform and Pure Ag nanoparticle coatings based on magnetron sputtering.

(16) This dissertation investigates the growth and characteristics of Zn-doped Indium nitride alloys on (0001) Sapphire substrate by RF reactive magnetron sputtering.

(17) So, in this work , AlN thin films were prepared by RF magnetron sputtering deposition method.

(18) The traditional upper limit of magnetic induction density B parallel to target surface in rectangular planar magnetron sputtering target has been increased by analyzing, designing and experimenting.

(19) Magnetron is often used as microwave power source in clinical linac magnetron.

(20) The silicon thin films on glass substrate were prepared using microwave ECR source enhanced magnetron sputtering.

(21) Boron carbon nitride ( BCN ) thin films were deposited by radio frequency ( RF ) magnetron sputtering .

(22) This paper describes an improved method for the measurements of the ratio of the energy stored in the coaxial cavity to the total stored energy of the resonant system of the coaxial magnetron.

(23) In this paper(Sentence dictionary), several thin films samples of Vanadium oxide were got by high-frequency Magnetron sputter with pure metal vanadium as sputter source.

(24) Nanocrystallized 309 stainless steel coating has been fabricated on glass substrate by DC magnetron sputtering.

(25) This paper explores the generation and distribution, the influences on electron motion and interactions of the self-magnetic field in the relativistic magnetron.

(26) The FM system is used for changing the oscillating frequency of the magnetron.

(27) The filament circuit can provide DC filament voltage for the magnetron.

(28) The utility model relates to a semi-circular column magnetic control sputtering cathode, belonging to a sputtering source component of a magnetron sputtering device.

(29) Thin film manganin gages and ytterbium gages were fabricated by magnetron sputtering.

(30) Silicon dioxide thin films were prepared by reactive RF magnetron sputtering on silicon substrate.