Submarines and their Weapons - Aircraft of World War II
Submarines and their Weapons - Aircraft of World War II
Submarines and their Weapons - Aircraft of World War II
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NUCLEAR, BIOLOGICAL AND CHEMICAL WEAPONS<br />
it should be constructed, <strong>and</strong> each one in ignorance <strong>of</strong><br />
what the others were (or were not) doing. At least one<br />
team - that led by Werner Heiscnberg, Nobel laureate<br />
<strong>and</strong> dean <strong>of</strong> the Gentian physics community, who had<br />
recently been appointed Director <strong>of</strong> the Kaiser<br />
Wilhelm Institute at Dahlem - is reported to have<br />
deliberately exploited the confusion which resulted to<br />
drag its feet. Convinced that a bomb could be contructed,<br />
Heisenberg set out to slow the process down,<br />
<strong>and</strong> make as little actual progress as possible towards<br />
its conclusion. Eventually, Albert Speer, Hitler's<br />
Minister for Munitions, lost patience, <strong>and</strong> dem<strong>and</strong>ed<br />
from Heisenberg a prediction <strong>of</strong> the length <strong>of</strong> time<br />
which would be required to actually manufacture a<br />
bomb. Heisenberg prevaricated still, but eventually<br />
said that he believed it might be possible by 1945.<br />
Speer decided to set up a single research project<br />
charged with constructing a reactor. He assembled<br />
some <strong>of</strong> the best brains in the field <strong>and</strong> asked them to<br />
submit a budget. They requested 40,000 Rcichsmarks,<br />
less than the cost <strong>of</strong> a single PzKpfw IV tank, <strong>and</strong><br />
this, more than anything, seems to have convinced<br />
him that the project had a very low likelihood <strong>of</strong> success.<br />
From then on, it seems, the nuclear research programme<br />
concentrated on producing a reactor suitable<br />
for power generation, rather than one to produce fissionable<br />
material for a bomb. Naturally, such a power<br />
station would inevitably produce small quantities <strong>of</strong><br />
fissionable material as a by-product, but it would be a<br />
very long time before it would be possible to build a<br />
bomb, even if the reactor worked perfectly.<br />
Two atomic piles were eventually built, one near<br />
Hechingen, the other near Erfurt, both using deutrium<br />
as <strong>their</strong> moderator. Neither actually achieved a chain<br />
reaction, largely because they were too small. By that<br />
time - late 1944 - the infrastructure <strong>of</strong> German industry<br />
was becoming increasingly chaotic. Such small<br />
supplies <strong>of</strong> uranium ore as were available - from a<br />
small field in Belgium <strong>and</strong> another in Bohemia - were<br />
running low, <strong>and</strong> thanks to a successful bombing raid<br />
by the RAE on the deutrium production plant in<br />
Norway, that was in short supply too. The programme<br />
was already dead in its infancy, <strong>and</strong> one might even<br />
say that it was stillborn.<br />
There was perhaps a subsidiary use <strong>of</strong> uranium as<br />
a weapon <strong>of</strong> war under consideration. In 1943, HWA<br />
commissioned a report from a biological laboratory<br />
on the toxicity <strong>of</strong> radioactive material. From this it<br />
has been widely concluded that uranium dust was to<br />
have been employed as cargo in a conventional highexplosive<br />
bomb or rocket warhead, but there is no<br />
firm evidence to support this speculation <strong>and</strong> certainly<br />
no evidence to suggest that even the most basic<br />
experimentation ever took place outside the laboratory.<br />
One could just as well conclude that the project<br />
was aimed at improving worker safety.<br />
BIOLOGICAL WEAPONS<br />
Outside very special limits, suicidal attacks make little<br />
tactical sense, <strong>and</strong> a suicidal strategy makes none<br />
at all. Those truisms have always done more than pure<br />
ethics or morality to control the use <strong>of</strong> one <strong>of</strong> the most<br />
dreadful potential weapons known to man: disease.<br />
Indeed, in limited 'experiments', where the vectors <strong>of</strong><br />
the disease in question could be completely controlled,<br />
man has shown himself willing to use biological<br />
agents <strong>of</strong> death. The US Army used it in the form<br />
<strong>of</strong> smallpox-infected blankets distributed to native<br />
Americans, <strong>and</strong> the Japanese did too in Manchuria in<br />
the 1930s. But as an everyday weapon <strong>of</strong> war, it had<br />
one enormous disadvantage: it was as likely to kill<br />
you, in the long run, as it was to kill your enemy. That<br />
is not to say that every country did not have its biological<br />
warfare research establishments, but more to<br />
suggest that much <strong>of</strong> the research carried out in them<br />
was aimed more at providing a defence against the<br />
agents <strong>of</strong> disease. There are persistent reports that<br />
tests <strong>of</strong> biological agents were carried out on unwill-<br />
Left: Like all armies, the Wehrmacht took chemical<br />
weapons very seriously, as the protective clothing <strong>and</strong><br />
warning signs on this locker indicate.