Please click on the links below to download the Application Notes in PDF format.

	Characterization of Titania based Thin Films
	Application of Micro Beam X-ray Analysis in Corrosion Studies
	Micro X-ray investigation on surface Laser Treatment of Ancient Calcite
	X-ray Micro Analysis of Ancient Paintings
	X-ray Spectrum of Monazite Mineral Grains
	X-ray Spectrum of Precious Metals
	X-Ray Characterisation of Ferro Alloys
	EDXRF Study of Air Dust Filter
	Micro XRF Studies on Ancient Coins
	Micro X-Ray Investigations of Metallization on Precious Stones
	Micro XRF Investigations on Paint Coats
	Elemental Analysis of Power Cables using EDXRF Microanalyser
	Rapid Phase Analysis of Mineral Powders using Unisantis XMD-300 X-ray Diffractometer with X-Ray Polycapillary Optics technology
	Reliable XRD Quantitative Phase Analysis
	Evaluation of Unisantis XMD 300 Polycapillary Optic Parallel Beam Diffractometer using NIST Instrument Sensitivity Standard (SRM 1976)
	Analysis of Calcium rich ores using Unisantis XMD-300 X-ray Diffractometer with X-Ray Polycapillary Optics technology
	Analysis of Magnesium rich ores using Unisantis XMD-300 X-ray Diffractometer with X-Ray Polycapillary Optics technology

Characterization of Titania based Thin Films

(PDF format; Size: 308KB)

Application of Micro Beam X-ray Analysis in Corrosion Studies

(PDF format; Size: 357KB)

Micro X-ray investigation on surface Laser Treatment of Ancient Calcite

(PDF format; Size: 313KB)

X-ray Micro Analysis of Ancient Paintings

(PDF format; Size: 315KB)

X-ray Spectrum of Monazite Mineral Grains

(PDF format; Size: 468KB)

X-ray Spectrum of Precious Metals

(PDF format; Size: 490KB)

X-Ray Characterisation of Ferro Alloys

(PDF format; Size: 283KB)

EDXRF Study of Air Dust Filter

(PDF format; Size: 590KB)

Micro XRF Studies on Ancient Coins

(PDF format; Size: 1175KB)

Micro X-Ray Investigations of Metallization on Precious Stones

(PDF format; Size: 650KB)

Micro XRF Investigations on Paint Coats

(PDF format; Size: 790KB)

Elemental Analysis of Power Cables using EDXRF Microanalyser

(PDF format; Size: 611KB)

Reliable XRD Quantitative Phase Analysis

Unisantis X-ray diffractometer model XMD 300 provides Reliable and Precise Peak Positions. Read the following Application Report: 'Evaluation of Unisantis XMD 300 Polycapillary Optic Parallel Beam Diffractometer using NIST Line Position Standard (SRM 660a)'.

(PDF format; Size: 371KB)

Unisantis X-ray diffractometer model XMD 300 provides proper Peak Intensities. Read the following Application Report: 'Evaluation of Unisantis XMD 300 Polycapillary Optic Parallel Beam Diffractometer using NIST Instrument Sensitivity Standard (SRM 1976)'.

(PDF format; Size: 414KB)

Unisantis X-ray diffractometer model XMD 300 provides proper Peak Intensities. Read the following Application Report: 'Rapid Phase Analysis of Mineral Powders using Unisantis XMD-300 X-ray Diffractometer with X-Ray Polycapillary Optics technology.'

(PDF format; Size: 173KB)

Unisantis X-ray diffractometer model XMD 300 provides proper Peak Intensities. Read the following Application Report: 'Analysis of Calcium rich ores using Unisantis XMD-300 X-ray Diffractometer with X-Ray Polycapillary Optics technology.'

(PDF format; Size: 151KB)

Unisantis X-ray diffractometer model XMD 300 provides proper Peak Intensities. Read the following Application Report: 'Analysis of Magnesium rich ores using Unisantis XMD-300 X-ray Diffractometer with X-Ray Polycapillary Optics technology.'

(PDF format; Size: 151KB)

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