FLAME THROWER
107286395
SERVICE LIFE OF THE E 30 ONE SHOT FLAME THROWER. PARTS 1 AND 2
D A Young
87848605
Effects of burning soil by a flame thrower on rise in temperature underground and on survial of Liriomyza trifolii (BURGESS) pupae
Hiroshi O Tanaka Yuji Takaura Yasuyuki Ichino Ryuichi Sakaguchi Junichi Negoro Eiji Asano Manabu Shibao
210037429
Mobile flame thrower.
F W Funke
91097692
Studies on schistosomiasis japonica in Shizuoka Prefecture. III. Eradication of the snail vector by a Japanese army flame thrower in Fujikawa Cho.
Jiro Ito
197449718
MECHANIZED FLAME THROWER KIT MODIFICATION
Taylor A Rung Meehan
73563750
Implications of Perforations at the Inner Jet Orifice on Flame Length in a Single phase Reactive Shear Coaxial Jet
This paper deals with the application based comparative study of two designs of single phase reactive shear coaxial jets on the basis of flame length. The flow is characterised by high velocity outer jet and low velocity inner jet. Velocity of inner jet was kept constant and that of outer jet was varied, and a graph was plotted between the flame length and velocity ratios. A new design of shear coaxial jet was investigated which was bearing perforations on the orifice. Trends of flame length were observed and at better of the designs was evaluated in the end on the basis of demands of the applications. Three major applications like fuel injectors, industrial flame thrower and fire safety are discussed.
Sushank Sharma Pankhuri Arora
213073641
Study of Gliding Arc Plasma Treatment for Bamboo Culm Surface Modification
Plasma treatment was conducted to modify the outer and inner layer surfaces of bamboo in a multi factor experiment, where the surface contact angles and surface energy were measured, followed by investigation on the surface microstructure and functional groups using a scanning electron microscope (SEM) and X ray photoelectron spectroscopy (XPS) respectively. The result showed that when the power of the gliding arc plasma treatment was 1000 W while the bamboo surface was 3 cm away from the nozzle of the plasma thrower in the plasma flame, the contact angles of the outer and inner layer surfaces decreased, whereas the surface energy increased as a function of the treatment time. The 40 s treatment on the outer layer surface caused the contact angle to reach 40deg, and the surface energy accomplished a value of 45 J. Likewise, when the inner layer surface was exposed for 30 s treatment, its contact angle attained a value of 15deg, while the surface energy elevated to 60 J. Surface assessment with scanning electron microscopy (SEM) demonstrated etched microstructures of outer and inner layer surfaces of the bamboo culm after the treatment with gliding arc plasma. Moreover, the soaking test performed on the surfaces signified that 2D resin could have adhered more easily to outer and inner layer surfaces, which was considered a result of the greater uniformity and smoothness acquired after the treatment. X ray photoelectron spectroscopic (XPS) analysis revealed that hydrophilic groups (O CO N, NO2 NO3 C O C, C O H and O CO OH, C O C O) emerged on outer and inner layer surfaces of bamboo culms after being treated by gliding arc plasma, which enhanced the interaction of bamboo culms with applied protective coating resins.
Jinxing Li Xiaojian Zhou Jieqiong Zhang Taohong Li
224819983
Removing Kode
Removing dead code from systems is one of KV's favorite koding pastimes because there is nothing quite like that feeling you get when you get rid of something you know wasn't being used. Code removal is like cleaning house, only sometimes you clean house with a flame thrower, which, honestly, is very satisfying. Since you're using a version control system (you had better be using a VCS! it's very easy to remove code without worry. If you ever need the code you removed, you can retrieve it from the VCS at will.
ACM Queue
George Neville-Neil
113147944
Reduction of Dust Content In Smoke By Extensive Combustion In Coal thrower Boiler YG 35/3.82 M_1
Analyses the causes for such problems as low thermal efficiency, high inflammable contents in flying ash and high dust contents in smoke with YG 35/3.82 M 1 boiler, and proposes such countermeasures as addition of a flame deflection angle to forward arch of front wall, recombustion of flying ash, and rationale design of secondary air flow, which eventually improve the thermal efficiency of boiler by 6.902% to 83.567% achieve a combustion efficiency of 95.716% reduce the dust content in smoke from 1 743~2 081 mg/m 3 to 317.2~ 401.7 mg/m 3 and keep smoke darkness under Lingman class I so that the operation of the boiler is safe, stable, economic and clean.
Cheng Qing
32303579
Injury from flame throwing device.
To the Editor. A number of flamethrowing devices have been designed, to melt ice and snow in the winter and to kill weeds in the summer, such as the "Jet Blast" flame gun offered by a well known novelty house. Many dangers inherent in such an instrument are readily apparent. Another less well appreciated hazard is illustrated by the following report. Report of a Case. A 38 year old white man was operating a kerosene powered flame thrower to melt ice and snow from a sidewalk. The outside temperature was about 10 F. After an explosion within the sidewalk, he felt immediate pain in both eyes, and was found to have several abrasions of the right cornea. There were numerous foreign bodies in the left eye, but no corneal abrasions were demonstrated. The foreign bodies were removed, and both eyes were flushed with isotonic saline. Antibiotic ointment was instilled and both eyes patched. Three days later
JAMA
J J Booker H D Bryan