For the first time there is evidence that the flight MH-17 was shot down by a missile. It proved a forensic examination of the fragments of ammunition from the wreckage of the plane, which ordered the Dutch edition RTL News. So, there is evidence that Boeing was hit by a missile "Beech". Independent experts from Germany, England and Poland, studied the fragments of the wreck and totaled my opinion: this is part of the Russian Buk missiles.

The Censor.NET express their gratitude to Olga Selambau for translation from Flemish to Russian language full version of the article publication RTL News, which are posted below:

Fragment warhead missiles:

Rusty fragment warhead. Consists of low-quality military steel. Strongly deformed and flexed.

Quotes from the study of the fragments of the warhead missiles:

"Metal fragments demonstrate macroscopic deformations and bending. The concave side of the fragment we see stretched along the entire length of the name."

"The surface is covered with rust. Chemical surface analysis shows mainly iron oxide, which under magnification with a scanning electron microscope, reveals traces of varnish. In addition, there are also antioxidant compounds of aluminum (Al) and silicon ( Si ) with traces of potassium ( K ) and calcium (Ca), chromium ( Cr ).

Rusty steel fragment proves that it's inferior military steel consisting of the elements manganese, chromium and silicon.

All others are demonstrated in the analysis of minor elements not specific to the alloy, such as organic impurities (carbon, phosphorus and sulfur) and physical materials ( Al, Si, Ca, K, Na ).

A fragment of the rocket, No. 2

The snippet shows part of the serial number with the number "2" and written in Cyrillic letter C of the Russian alphabet. The letters and numbers cast on the fragment.

The chemical composition is similar to fragment 3. Fragments 2 and 3 may be parts of one and the same part, perhaps, of the internal structure of the rocket.

Quotes of the study: Spectrum shows the aluminum ( Al), silicon (Si ), magnesium ( Mg), titanium ( Ti), chromium ( Cr ) and strontium ( Sr ), probably in the oxidized form. In addition, traces of iron ( Fe ), calcium (CA ), sulfur (S ), chlorine ( Cl ) and bromine ( Br)."

A fragment of the rocket, number 3:

The metallic object, which probably is an internal part of the rocket. Severely deformed.

Pourtant, en plus de l'aluminium ( Al) et le silicium (Si ), le magnésium ( Mg ), le titane ( Ti ), le chrome ( Cr ), le strontium ( Sr ), le calcium (CA ), le sodium ( Na ) et le fer ( Fe). Ils peuvent être soit à l'état oxydé, ou en association avec du soufre ou du chlore.

A fragment of aircraft, number 5:

The deformed metal fragment demonstrates the holes and craters, which are likely caused by exposure to other fragments of very hot metals. The surface shows traces of the white surface.

Quotes study of a fragment of the aircraft, number 5:

"Analysis of the basic material allows you to see mainly aluminium".

"The contrast of the surface indicates the presence of varnish."

"The coating is physically damaged and torn at the edges of the fragment.

The study of the coating ( lacquer ) shows, in addition to carbon (coffee) availability of the elements titanium ( Ti), aluminum (Al) and silicon (Si) in the oxidized state, based on a clear peak oxygen. There are also trace amounts of iron ( Fe ), chromium (Cr ), calcium (CA ), potassium (K ), chlorine ( Cl ) and sulfur (S ) ".

"A distinctive feature of the fragment are circular recess on the surface with edges that rise above the surface of the fragment.

Spectral analysis of the center circular recess shows a significant peak in the presence of aluminum, and carbon (C ), oxygen (o) and silicon ( Si ). In addition, there is cadmium ( Cu ), chromium ( Cr ), iron ( Fe ), Nickel ( Ni ), copper ( Cu ), were noted and traces of strontium (Sr)."

"It is remarkable the presence of cadmium in the fragment, and traces of strontium and bromine.

These three elements were not originally in aluminum alloys in concentrations.

In the lacquer layer covering the surface, this combination of atypical elements. Probably, their presence is associated with the entry of these elements from the outside."

A fragment of aircraft, number 6:

Severely deformed metal portion has multiple holes and craters. This can be caused by exposure to very hot small fragments.

Exposure studies fragment number 6:

"The range of the base material shows that aluminum is the main component here, and as there is a certain amount of iron"

"Spectral analysis of metal in the center of the recesses shows that there is a significant content of aluminum and carbon (coffee), oxygen (o) and silicon (Si). In addition, the detected chromium, iron, Nickel, copper and traces of strontium."

"Spectral analysis of the coating ( lacquer ) shows a clear peak of carbon, and contains elements of titanium, aluminum and silicon, which due to the high content of oxygen can also be oxidized. Also there are traces of copper, iron, strontium and bromine."

"The round shape of the recesses, their crater condition allows us to conclude that the material came out. In the center of deepening increased concentration of the elements iron, Nickel, copper and silicon. Although the basic composition of the alloy of these elements, or they are in much smaller numbers. "

A fragment of aircraft, number 7

Also a fragment of the plane number 7, an alloy of aluminum and iron, which demonstrates the presence of holes and craters caused by exposure to very hot items. On the cover you can see the white pigment particles.

Quotes of the chemical analysis of a fragment of the aircraft, number 7:

"The main material is aluminum with additions of copper (Cu), magnesium (Mg), manganese (Mn). On the surface also see the remains of a white plaque"

"Chemical analysis of the surface layer showed a content of organic compounds (coffee) and compounds with oxygen (o), and discovered titanium elements (Ti), aluminum ( Al), silicon (Si ), magnesium ( Mg ) and calcium (CA ). In addition, traces of sulfur (S) and phosphorus (P).

"The composition of this fragment also includes, in addition to aluminum, copper, magnesium, manganese. The analysis shows the connection on the basis of aluminum alloy, which is partly preserved due to the presence of heat-resistant copper. "

"Coverage (Lac) consists of an organic binder (With proof), fillers (proof O, S, Ti, Cr, Fe, Cu) and color pigments ( the proof is O, S, Ti, Cr, Fe, Cu)"

A fragment of the aircraft, number 8

Very severely deformed piece of metal with curved edges, with holes and craters. A part of the insulation of the aircraft.

Quotes of the chemical analysis of a fragment of the aircraft, the number 8:

"Craters and holes similar to those in fragments 5, 6 and 7. Coverage (Lac) shows heavy damage and has a white pigmentation. "

"Except aluminum, there are also particles of magnesium ( Mg ), silicon ( Si), iron ( Fe) and manganese ( Mn)."

Insulation of the aircraft:

Insulating materials have a yellowish color. Similar to wool. Ideal for thermal and acoustic insulation. Can withstand high temperatures.

Quotes of the chemical analysis of the insulating material:

In addition to the main element of oxygen, also consists of the element silicon (Si), sodium (Na), calcium (Ca), aluminum (Al), magnesium (Mg) and potassium (kiss).

Source: http://censor.net.ua/