It obviously is.
...generated by the AI, as AI is wont to do in order to document where it gets its information.
I didn't ask you to analyze the entire report. I asked you to interpret the one paragraph in your own words. Pointing to Wikipedia definitions of some of the words in the paragraph is not an interpretation.
In exactly what way are those "panel-shaped?" What does "panel-shaped" mean? What does the author mean by "in volume?" What is "perlite?"
No, you don't get to whine your way out of this. Answer my questions in your own words, not in some AI's words or Wikipedia's words.
IT IS NOT AI.
Cementite (or
iron carbide) is a
compound of
iron and
carbon, more precisely an intermediate transition metal
carbide with the formula Fe3C. By weight, it is 6.67% carbon and 93.3% iron.
https://en.wikipedia.org/wiki/Cementite
Pearlite is a
two-phased,
lamellar (or layered) structure composed of alternating layers of
ferrite (87.5 wt%) and
cementite (12.5 wt%) that occurs in some
steels and
cast irons.
https://en.wikipedia.org/wiki/Pearlite
In
materials science,
lamellar structures or
microstructures are composed of fine, alternating layers of different materials in the form of
lamellae.
https://en.wikipedia.org/wiki/Lamellar_structure
I repeat, I wrote:
P 195
The in volume panel-shaped iron carbide* parts of the perlite** are unable to resist the strong micro processes. The destruction of this perlite, marked on the micro section as lamellar*** structure, becomes particularly clear on pictures 29, 31, and 33. A destruction of the lamellae has occurred which cannot occur by any comparable mechanical technological influence. The processes of explosive treatments of metallic materials as for example explosive hardening and explosive cladding have to be excluded. These processes show in surface-near areas comparable effects.
In metallurgy,
deformation is changing a metal's shape by applying force. This can be mechanical force, such as welding or heat application to harden same. A detonation can be evidenced by signs of crystallization and Neuman bands.
A metallurgist can look at the structure of a sample of metal, in this case steel, to measure known variables, such as harden, laminia / lamellar (so called because it appears as a layered effect [as in 'laminated’). In addition, chemical composition of various elements can be analysed (Oxygen, Sodium, Magnesium, etc.), so , when iron oxidizes, there will be apparent signs of corrosion, or rusting’, as an example.
Brandenburg concludes that changes in sample G022 shows significant changes in the fracture edge area. It states, ‘
these plastic deformations in the micro range do indicate exposure to extremely heavy shock forces such as happens from the effects of a substance detonating.’
*Cementite (or
iron carbide) is a
compound of
iron and
carbon
**Pearlite is a
two-phased,
lamellar (or layered) structure composed of alternating layers of
ferrite (87.5 wt%) and
cementite (12.5 wt%) that occurs in some
steels and
cast irons.
***In
materials science,
lamellar structures or
microstructures are composed of fine, alternating layers of different materials in the form of
lamellae.
In other words, Brandenburg is saying that deformation caused by mechanical means can probably be ruled out as a result of the scientific analysis of the elements and physical features of the sample of metal.
“
It has to be concluded that the pressure waves also in areas, where by means of light microscopes, only little deformation is recognizable, did result in hardening due to structure deformation in the micro range; (deformation of the perlite grain, change of the solidification density).
The highest hardening has been established in way of the immediate fracture area of the specimen being most strongly strained.
For this hardness increase as well as for the determined structure deformations detonative influence is probable.
Berlin, 29.9.00”
Please deal with it.