本文提出一种以石英灯为加热器的碘热升华喷枪显现潜手印的新方法。
This article introduce a new method to make the latent fingerprints emerge by using the iodine heat-sublimating spray-gun heated by a sort of quartz lamp.
本发明涉及采用纳米氧化锌显现潜手印的方法，属于手印鉴别技术领域。
The invention relates to a method for developing latent fingerprints by adopting nano zinc oxide, and belongs to the technical field of fingerprint identification.
结论物理显影液能够有效地显现出潮湿或者浸泡后手渗透客体表面血潜手印。
Conclusion Sliver physical developer is effective for the development of latent blood fingerprints on porous surfaces.
主要就半导体纳米材料、金属纳米材料显现潜手印技术进展作了综述与展望。
The paper summarized the development technologies by semiconductor nanometer material and metal nanometer material.
目的建立了一种物理显影液显现潮湿或者浸泡渗透客体表面血潜手印的新方法。
Objective To set up a method for developing latent blood fingerprints on porous surfaces with sliver physical developer.
方法把检材浸泡在配制好的物理显影液中，还原的银粒子吸附在血潜手印部位显现出手印纹线。
Method Porous surfaces with blood latent fingerprints was soaked with sliver physical developer solution, sliver particles attached to latent fingerprints.
茚三酮和DFO在显现渗透性客体上的汗潜手印时，显现原理、实验方法，以及实验结果均有不同。
The manifest method, experimental means and result are different when using NIN and DFO to reveal sweat fingerprints in the permeated objects.
茚三酮和DFO在显现渗透性客体上的汗潜手印时，显现原理、实验方法，以及实验结果均有不同。
The manifest method, experimental means and result are different when using NIN and DFO to reveal sweat fingerprints in the permeated objects.
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