求翻译。谢谢

.38 Special Snub Ammo Test:

Corbon 110-gr. DPX vs. Speer 135-gr. Gold Dot vs. Remington 158-gr. LSWCHP+P


With today's plethora of compact 9mm's, .40's, and .45 autoloaders, there remains a contingent of people preferring the time-tried snub 38 revolver. Interest in the "best" loads for self-protection remains high and recommendations run from 148-gr. target full wadcutters to a myriad of standard pressure and +P loads.


An old standby for several decades has been the lead semiwadcutter hollow point offered by Federal, Remington, Winchester and others. "Old technology" to be sure, the old "FBI Load" still garners its fair share of advocates. This one has always been a +P load and is merely a lead hollow point shaped like a semiwadcutter with rounded edges.


Though there are other players to be sure, a couple of touted "new technology" loads are vying for the hearts of snub 38 fans as the top load for serious business.


One is from Corbon and is designated DPX for Deep Penetrating X-bullet. This +P load uses a solid copper alloy bullet made by Barnes. Their X-bullets have a following among rifle hunters for both reliable expansion as well as penetration that is deeper than bullet weight might suggest. X-bullets for rifles normally expand with 4 petals, which forming an "X", hence the name. Their pistol bullets have 6 petals but still are called by the same name.


X-bullet expansion is engineered through alloy composition as well as bullet shape, hollow cavity depth and width and there appears to be pre-stressing, a process with which I am not familiar. The .38 Special has a crimping groove. It is tightly seated and there was not the least indication of any X-bullets unseating in recoil.


Speer recently introduced a +P load designated specifically for snub revolvers. It is designated Speer 135-gr. GDHP +P, which stands for Gold Dot Hollow Point. It is a traditional jacketed hollow point having a more malleable bullet jacket than most JHP's and with its lead core chemically bonded to the jacket. This insures no fragmentation or loss of mass during expansion..38 Special Snub Ammo Test:

Corbon 110-gr. DPX vs. Speer 135-gr. Gold Dot vs. Remington 158-gr. LSWCHP+P


With today's plethora of compact 9mm's, .40's, and .45 autoloaders, there remains a contingent of people preferring the time-tried snub 38 revolver. Interest in the "best" loads for self-protection remains high and recommendations run from 148-gr. target full wadcutters to a myriad of standard pressure and +P loads.


An old standby for several decades has been the lead semiwadcutter hollow point offered by Federal, Remington, Winchester and others. "Old technology" to be sure, the old "FBI Load" still garners its fair share of advocates. This one has always been a +P load and is merely a lead hollow point shaped like a semiwadcutter with rounded edges.


Though there are other players to be sure, a couple of touted "new technology" loads are vying for the hearts of snub 38 fans as the top load for serious business.


One is from Corbon and is designated DPX for Deep Penetrating X-bullet. This +P load uses a solid copper alloy bullet made by Barnes. Their X-bullets have a following among rifle hunters for both reliable expansion as well as penetration that is deeper than bullet weight might suggest. X-bullets for rifles normally expand with 4 petals, which forming an "X", hence the name. Their pistol bullets have 6 petals but still are called by the same name.


X-bullet expansion is engineered through alloy composition as well as bullet shape, hollow cavity depth and width and there appears to be pre-stressing, a process with which I am not familiar. The .38 Special has a crimping groove. It is tightly seated and there was not the least indication of any X-bullets unseating in recoil.


Speer recently introduced a +P load designated specifically for snub revolvers. It is designated Speer 135-gr. GDHP +P, which stands for Gold Dot Hollow Point. It is a traditional jacketed hollow point having a more malleable bullet jacket than most JHP's and with its lead core chemically bonded to the jacket. This insures no fragmentation or loss of mass during expansion.