1. Optical flats have uses in spectrophotometry as well.

2. Extraction of the sample under appropriate acid conditions; measurement by atomic absorption spectrophotometry or by molecular absorption spectrophotometry.

3. Currently, quantification of Anthocyanins is mainly achieved either by spectrophotometry or by HPLC

4. Various influent factors to extended release property were studied through spectrophotometry.

5. Magnesium and zinc concentrations in serum and urine were determined by atomic absorption spectrophotometry.

6. The procedure of thin layer chromatography-spectrophotometry analysis of total triterpene in Lagerstroemia specious L.

7. A method for qualification and quantification of hydrazinium nitroformate(HNF) by ultraviolet spectrophotometry was established.

8. Cold vapor atomic absorption spectrophotometry (CVAAS) requires a minimum of 100 mg sample weight.

9. Double - wave length ultraviolet spectrophotometry for the determination of MPC and DPU is exact, fast and simple.

10. Atomic absorption spectrophotometry is used for the rapid and accurate determination of rubidium in plants and soils.

11. After suitable dilution of the wine and removal of alcohol, iron is determined directly by atomic absorption spectrophotometry

12. The solution is then diluted with water until appropriate concentration for AA or ICP spectrophotometry for the cobalt.

13. The tests were performed according to EN 84 as well as by means of atomic absorption spectrophotometry (AAS).

14. Calcium is determined directly on wine, suitably diluted, by atomic absorption spectrophotometry, after addition of an ionization suppression agent

15. Two analytical methods for determination of nitrate in airborne dust samples — spectrophotometry and direct potentiometry with ionselective electrodes — are compared.

16. Spectrophotometry determined the total corporal carotenoids content (Cephalothorax and abdomen) in the shrimps according to the description by Yanar et al

17. The procedure of thin layer chromatography-spectrophotometry analysis of total triterpene in Lagerstroemia specious L. leaf was investigated in this paper.

18. Colorimetry, turbidity, and spectrophotometry meters for water analysis You can choose from 134 preprogrammed methods to measure the concentrations of sample components with our Colorimetry meters

19. By using flameless atomic-absorption Spectrophotometry it was possible to extend the limit of determination of gunshot firing distances up to 7 meters.

20. The effects of BCAP on HP, calcium content (CC), and BMD of femur were determined using biochemical analysis, atomic absorption spectrophotometry, and dual-energy X-ray absorptiometry.

21. Comparison on physical and chemical characters of Cortex from Albizzia julibrissin and A. kalkora was carried out by using ultraviolet spectrophotometry, TLC, hemolysis test and foam reaction.

22. The analytical methods used display an established preference for the traditional methods of chromatography, spectrophotometry, potentiomentry, flame photometry, conductivity measurement, gravimetry, titration analysis, atomic absorption, turbidimetry and radiometry.

23. 27 The low concentration of chlorine dioxide in water can be determined by spectrophotometry based on the chlorine dioxide can decolor and oxidize xylenol orange and chlorophenol red.

24. The analytical methods used display an established preference for the traditional methods of chromatography, spectrophotometry, potentiomentry, flame photometry, conductivity measurement, gravimetry, titration analysis, atomic absorption, turbidimetry and radiometry

25. Using UV−vis spectrophotometry we have established that a process of copigmentation takes place between an Anthocyan molecule, malvin chloride (malvidin 3,5-diglucoside), and a nonglycosidized pentahydroxyflavone, quercetin (3,5,7,3‘,4‘-pentahydroxyflavone)

26. Derivative spectrophotometry using the analogue differentiation circuit was introduced to ion-exchanger colorimetry in order to enhance its sensitivity and remove the large background caused by the absorption of the ion-exchange resin layer itself.

27. A method for obtaining phase information from the surface of galvanised metal (8) comprises the use of laser ablation to excite atoms/ions (10) at the surface and optical emission spectrophotometry to identify the atoms/ions so excited.

28. For concentrations higher than 0.1 %, boron is determined by an alkalimetric method in the presence of mannitol and phenolphthalein or by a potentiometric method. For samples containing less than 0.1% of boron, it is determined by spectrophotometry with azomethine H.

29. ‘The samples were Assayed for CHH by an enzyme-linked immunosorbent assay.’ ‘Nitric oxide and nitrogen dioxide were chemically Assayed as nitrite from sorbent tubes by using spectrophotometry.’ ‘The supernatant was Assayed for the determination of glycerol as just described for triglycerides.’

30. The concentration of trace elements in the Anorganic bone shall conform to the prescribed limit for: arsenic, cadmium, mercury, lead, and heavy metals (as lead), which may be determined by the following methods: inductively coupled plasma-mass spectroscopy (ICP-MS) or USP method and graphite furnace atomic absorption spectrophotometry.