It can oxidise sulphites, iron II and iodides.

它可以氧亚酸盐，铁 II 离子和。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预括无食盐、水、油，以及酸钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在酸中用钠(催量)作脱氢试剂使2吡唑啉脱氢制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧盐，铁 II 离子和物。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食盐、水、油，以及钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在中用钠(催量)作脱氢试剂使2吡唑啉脱氢制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧亚硫酸盐，铁 II 离子和物。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食盐、水、油，以及酸钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在硫酸中用钠(催量)作脱氢试2唑啉脱氢制备唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以硫酸盐，铁 II 离子和物。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食盐、水、油，以及酸钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在硫酸中用钠(催量)作脱氢试剂使2吡唑啉脱氢制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧化亚硫酸盐，铁 II 离子和化物。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食盐、化水、油，以及酸钾与化钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在硫酸中用化钠(催化量)作试剂使2吡唑制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧亚，铁 II 离子和物。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食、水、油，以及与作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在中用钠(催量)作脱氢试剂使2吡唑啉脱氢制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧亚硫酸盐，铁 II 离子和。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干包括无食盐、水、油，以及酸钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在硫酸中用钠(催量)作脱氢试剂使2吡唑啉脱氢制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧亚硫酸盐，铁 II 离子和物。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食盐、水、油，以及酸钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在硫酸中用钠(催量)作脱氢试2唑啉脱氢制备唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.

It can oxidise sulphites, iron II and iodides.

它可以氧亚硫酸盐，铁 II 离子和。

Comparison interventions included non-iodised salt, iodised water, iodised oil, iodation with potassium iodide versus potassium iodate.

作对照的干预措施包括无食盐、水、油，以及酸钾与钾作对照。

Pyrazole has been prepared through the dehydrogenation of 2 pyrazoline in which catalytic amonts of sodium iodide acts as dehydrogenation agent in sulfuric acid.

在硫酸中用钠(催量)作剂使2吡唑啉制备吡唑。

As to metal halide torch with gallium iodide is special rise 403nm and 417nm wave crest, and the highest wave crest 417nm has conspicuousness and good effect to exposal Diazo material.

至于钾掺合卤素灯，特别增强了403nm及417nm的波峰，其最高的417nm波峰对于Diazo 材料的曝光有十分显着及良好的作用.