GUNS OF BOOM HOW TO GET NEW GUNS WITH FRAGMENTS
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The Gun Devil (銃 (じゅう) の悪 (あく) 魔 (ま) , Jū no Akuma) is a very powerful devil who embodies the fear of guns/firearms. It serves as the secondary antagonist of the Public Safety saga, specifically the titular main antagonist of the Gun Devil arc.
Thirteen years before the present day, the whole world tried to cash in on guns as a countermeasure against devils. This led to an increase in gun use during crimes and civil revolts. Due to heavy media coverage of gun crimes in every country, worldwide fear of guns has increased drastically.[3]
On November 18th a large terrorist attack involving guns occurred in America, causing that to be the day that the Gun Devil first appeared.[4] The Gun Devil hit Japan for 26 seconds, killing 57,912 people. Aki Hayakawa witnessed the Gun Devil destroying his house and killing his family as it passed by.[5] It hit several countries around the world in succession eventually leading a death toll of 1.2 million lives in only five minutes.[4] Aldo, Joey, and their brother survived the Gun Devil's attack but lost their home along with their father, mother and grandmother. This would be one of the events in their lives that would lead them to believe that they're immortal.[6]
After that, the Gun Devil disappeared but its impact on human society led to an overall increase in fear of all devils.[7] An international law has been prepared to strictly control the manufacturing of arms in every country to lower the fear of guns.[8]
After learning from Madoka that most of the humans in Special Divisions 1, 2, 3 and 4 have been killed in coordinated gun attacks, Makima states that it is likely the Gun Devil is involved.[17] However, Makima later claims that these guns are manufactured by humans secretly despite the international law.[8]
All in all, it's an excellent choice for gunslingers who enjoy staying out of sight. The best part is that if you have fragments of Daryl's Crossbow, or you have Daryl's Crossbow that is not fully upgraded, you can use Drifter's Crossbow fragments to complete your bow. Hurry to the event fair and do it!
Scientific studies have documented that the primary source of this lead is from spent ammunition that remains in carcasses after they are shot. When a lead rifle bullet traveling at almost 3 times the speed of sound strikes animal tissue, it quickly begins to expand and loses hundreds of tiny pieces as it continues its journey. The organs and other bloodshot areas that are trimmed away and left behind are usually contaminated with these lead fragments. Because condors feed on dead animals and are group feeders, even small amounts of lead can sicken or kill many condors. Also, since all of their meals come from dead animals, condors are more frequently exposed to lead bullet hazards than most wildlife.However, lead poisoning through ingestion of spent lead bullets and shell shot is a serious threat for many other wildlife species too, including our national symbol- the bald eagle. Other scavengers that are affected by eating spent lead ammunition include golden eagles, hawks, ravens, turkey vultures, and grizzly bears.
Studies are increasingly showing that lead fragments can also be found in wild game meat processed for human consumption, even though best attempts are made in the field to remove sections that are within the bullet wound channel.
A recently published scientific study examined the prevalence of lead bullet fragments in packaged venison. Thirty different white-tail deer were harvested using lead rifle bullets and then given to 30 different game meat processors. Researchers randomly selected 324 packages of ground venison and whole cuts from the processors and x-rayed them to document how many contained lead bullet fragments. Of the 324 randomly selected packages of ground venison, 34% contained metal fragments; some packages contained as many a 168 separate pieces. Further analysis positively identified the metal as 93% lead and 7 % copper. Also, when these tainted packages were fed to domestic pigs, blood levels became elevated with 2 days of ingestion. This demonstrates that while the results are preliminary and much further study needs to be done to better assess risks to humans, it appears that the if lead bullets are used, odds are high that you will ingest lead particles in ground game meat.
Figure 1 compares a lead bullet (top) with a non-lead bullet (bottom) when fired into gelatin. The lead bullet fragments into many pieces that would spread throughout the wound channel in an animal, while the non-lead bullet remains intact.The x-ray image in Figure 2 shows more than 450 lead bullet fragments that were spread through the neck of a mule deer after it was shot with a lead rifle bullet. The lead fragments appear as dark spots, while any bone chips would be light gray in color due to their much lower density. Just a few of these fragments contain enough lead to sicken or kill a bald eagle or California condor.
Figure 3 shows a radiograph of a wild pig skull that was shot twice with 9mm Barnes non-lead bullets. As you can see, the bullets remained intact and didn't fragment throughout the animal.In Figure 4, the photo compares two different .270 caliber bullets that have been discharged and retrieved. Notice how the non-lead bullet shown on the right mushroomed out upon impact, but remained in one piece. The lead bullet on the left, however, disintegrated into hundreds of lead fragments that are toxic not only to condors, but also to other humans and wildlife that ingest it.
The Mills had a grooved cast-iron \"pineapple\" with a central striker held by a close hand lever and secured with a pin. A competent thrower could manage 15 m (49 ft) with reasonable accuracy, but the grenade could throw lethal fragments farther than this; after throwing, the user had to take cover immediately. The British Home Guard was instructed that the throwing range of the No. 36 was about 30 yd (27 m) with a danger area of about 100 yd (91 m).
The F1 grenade was first produced in limited quantities by France in May 1915. This new weapon had improvements from the experience of the first months of the war: the shape was more modern, with an external groove pattern for better grip and easier fragmentation. The second expectation proved deceptive, as the explosion in practice gave no more than 10 fragments (although the pattern was designed to split into all the 38 drawn divisions). The design proved to be very functional, especially due to its stability compared to other grenades of the same period. The F1 was used by many foreign armies from 1915 to 1940.[citation needed]
Fragmentation grenades are common in armies. They are weapons that are designed to disperse fragments on detonation, aimed to damage targets within as the lethal and injury radii. The body is generally made of a hard synthetic material or steel, which will provide some fragmentation as shards and splinters, though in modern grenades a pre-formed fragmentation matrix is often used. The pre-formed fragmentation may be spherical, cuboid, wire or notched wire. Most AP grenades are designed to detonate either after a time delay or on impact.[1]
These grenades are usually classed as offensive weapons because the effective casualty radius is much less than the distance it can be thrown, and its explosive power works better within more confined spaces such as fortifications or buildings, where entrenched defenders often occupy. The concussion effect, rather than any expelled fragments, is the effective killer. In the case of the US Mk3A2, the casualty radius is published as 2 m (6 ft 7 in) in open areas, but fragments and bits of fuze may be projected as far as 200 m (660 ft) from the detonation point.[21]
Some concussion grenades with cylindrical bodies can be converted into fragmentation grenades by coupling with a separate factory-made payload of fragments wrapped around the outside: a \"fragmentation sleeve (jacket)\", as shown in the WW2 Splitterring sleeves for the stick grenade and M39 \"egg hand grenade\".[citation needed]
Sting grenades, also known as stingball or sting ball grenades,[25] are stun grenades based on the design of the fragmentation grenade. Instead of using a metal casing to produce fragmentation, they are made from hard rubber and are filled with around 100 rubber or plastic balls. On detonation, these balls, and fragments from the rubber casing explode outward in all directions as reduced lethality projectiles, which may ricochet.[26] It is intended that people struck by the projectiles will receive a series of fast, painful stings, without serious injury. Some types have an additional payload of CS gas.[27]
When using an antipersonnel grenade, the objective is to have the grenade explode so that the target is within its effective radius. The M67 frag grenade has an advertised effective kill zone radius of 5 m (16 ft), while the casualty-inducing radius is approximately 15 m (49 ft).[34] Within this range, people are generally injured badly enough to effectively render them harmless. These ranges only indicate the area where a target is virtually certain to be incapacitated; individual fragments can still cause injuries as far as 230 m (750 ft) away.[citation needed]
The correct term for these pieces is \"fragmentation\"; \"shards\" or \"splinters\" can be used for non-preformed fragments. Preformed fragments can be of various shapes (spheres, cubes, rods, etc.) and sizes, and are normally held rigidly within some form of matrix or body until the high explosive (HE) filling is detonated. The resulting high-velocity fragments produced by either method are the main lethal mechanisms of these weapons, rather than the heat or overpressure caused by detonation, although offensive grenades are often constructed without a frag matrix.
The use of fragmentation in bombs dates to the 14th century, and appears in the Ming Dynasty text Huolongjing. The fragmentation bombs were filled with iron pellets and pieces of broken porcelain. Once the bomb explodes, the resulting fragments are capable of piercing the skin and blinding enemy soldiers.[3] 153554b96e
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