| 1. | Development trends of photographic processing and printing
照相冲印业的发展趋势 |
| 2. | Gamma : a measure of contrast in photographic processing
伽玛值:量度照相化学处理的对比方法。 |
| 3. | Varions treatment methods for photographic processing waste solutions
照相加工废液的各种处理方法 |
| 4. | How to avoid photographic processing fog
如何防止冲洗加工灰雾 |
| 5. | Photographic inertness of construction materials used in photographic processing , specification for testing the
照片冲洗用结构材料的感光惰性的测试规范 |
| 6. | Imaging media - photographic processed films , plates and papers - filing enclosures and storage containers
成象煤体.已处理的摄影胶片平片和相纸.归档盒及储存箱 |
| 7. | The technique of photography was officially recognised in august 1839 when the french government announced the successful experimentation of daguerrotype , a photographic process with the image made on a light - sensitive silver - coated metallic plate
摄影术是在1839年8月法国政府宣布大盖尔银版照相法( daguerrotype )实验成功而正式面世。 |
| 8. | This ambiguity in turn gives the image multiple meanings . what we know and the truth are in conflict with each other . the image that develops through the photographic process is the punctum where we depart from the knowledge we gained from experience to interpret what we feel and see by means of intuition
影像的魅力正就是尽在不言中，而影像的暧昧性，使影像呈现出多重的意义，认知和真理（本体）常常充满矛盾，摄影在过程之间所呈现的虚像，正正是我们从经验的认知层面，用直觉的方式去注释我们所感觉（视觉）的刺点。 |
| 9. | On this condition , based on the experimental results gotten by the microwave absorption dielectric - spectrum measure technique , the photographic process at room temperature in agcl cubic microcrystals doped with k4fe ( cn ) 6 is simulated . through the optimization of simulating parameters , not only the cross - section and trap depth of the shallow electron trap induced by the dopant , but also the optimal doping amount is obtained
在此基础上，以微波吸收介电谱检测技术的实验结果为依据，对掺有k _ 4fe ( cn ) _ 6的agcl立方体微晶在室温下的曝光过程进行了模拟，通过调节模拟参数，不但计算出由掺杂剂引入的浅电子陷阱的俘获截面和陷阱深度，而且得到了这种掺杂乳剂的最佳掺杂浓度。 |
