Quick shooting

The shells are prepared in the form in Fig.147 (A). A quick firing shell is filled with a lifting charge over the fuse and has a handle on the upper part. 

The mortar for quick firing is rather larger than an ordinary mortar in diameter to avoid a shell sticking on the way down the mortar cinder from the lifting charge is liable to collect on the inside wall. After one series has been fired, the mortar is taken off the support and the mortar is placed upside down and the igniting metal is then taken out. The inside of the mortar is carefully swept for the next firing. 

The shells for quick firing are more dangerous than ordinary shells, because the lifting charge is attached to each of the shells and can ignite from even quite a small heat source like a small number of sparks. 

In addition the firer is compelled to handle the shells amongst 

---

The scope of the display will determine the number of people in a section. Also in a section for quick shooting an oven keeper is necessary to heat the iron igniters. 

The point has been made that mortars must be swept after each shot in ordinary shooting, and after each series of shots in quick shooting with a stick attached by a piece of cloth inside the wall. This is to remove the cinder from the lifting charge and to allow the shell to be loaded easily. It is also important to remove the remaining fire which occurs due to the Senko-Hanabi phenomenon in the cinder. After the display is finished wash the mortars with water, especially the inside, and dry them well. When they are completely dry they are biledl The cinder from... 

Shooting operations (1) Ordinary shooting (2) Quick shooting (3) The sv/eeping of mortars 26.7 Firing precautions... 

During a ride to a nearby park called Mt. Madonna, the youths were terrorized and one was stabbed. Very quickly, it became clear that Cavesuella was interested in revenge for his brother s shooting. Both youths protested that they were not in the other gang, nor had they been involved in the shooting. Their protests were to no avail. They were subsequently harrassed, interrogated, and stabbed repeatedly. There were approximately 140 stab wounds to the two bocies that were deposited by the side of a road. 

NMR is predictive of reactivity within a series Within a set of common donors (i.e., galactose) in which the C2 position is constant, the H chemical shift of the anomeric carbon appears to be a good predictor of relative reactivity. Little correlation is found when the C2 position is varied, or between different donor pyranoses. The extent to which this correlation will prove useful remains in question. We envision that its primary applicability may be in trouble shooting a failed synthesis when a complex donor does not behave as predicted. Checking the H NMR of the advanced intermediate may quickly reveal that the RRV value for the pyranose of interest is not as expected, and hence the reactivity is not as expected. 

Kratky reported that a short time after his experience, he observed Mark in action again. A physicist s, H. Kallman, experiment required he make a hole in a glass plate. Knowing Mark s reputation as a successful experimenter, he asked Mark how he might accomplish the task. Mark said, "Do you know what will happen if you shoot a glass plate with a bullet It will make a hole because the blow is so quick. You need to get a pointed obj ect and experiment with a hammer in order to give it quick blows." Kallman, reports Kratky, "practiced and practiced" producing a "mountain of broken plates" until the Director, Professor Haber, passed by and put an end to the joke. 

The amount of panic is hard to predict. Some panic is inevitable, but the battalion medical officer thinks it will be short-lived. Loss of consciousness will soon intervene. A sergeant comments that there won t be much shooting, an observation the colonel confirms with a grim smile, noting that there will be few to shoot - unless the troops move in too quickly. 

If you do not have a gradient system, I have developed a fast isocratic scouting technique. You select the same column and detector wavelength, but equilibrate the column in 80% acetonitrile in water for our first injection. A strong solvent composition is selected to blow everything off quickly. Look at the peaks if they are resolved, quit. If they are still unresolved, mix the mobile phase with an equal volume of water making 40% acetonitrile, reequilibrate, and shoot again. This time, the peaks should be much farther apart. If not, do another equal dilution with water to 20%, reequilibrate, and reinject the sample. 

Immediately after a shooting incident it is essential that the type of gun used and the history (if any) of the gun is established quickly. This may show... 

---