The paper describes the preliminary studies regarding development of a new polymeric track detector known as poly (SDAC-co-ADC-co-APCC) for rapid detection of thermal neutrons induced alpha tracks. The polymeric detector with different percentages of natural boron (1–5%) content is prepared by cast copolymerization of Allyl Diglycol Carbonate (ADC) with Allyl Propargyl Carbonate Carborane (APCC) and 2,2′-Sulfonyl Diethanol bis (Allyl Carbonate) [SDAC]. APCC contains boron which increased thermal neutron sensitivity as boron has high cross-section for thermal neutrons. The etching conditions are optimized for this new polymeric detector and are 1 N NaOH at 60 °C for 30 minuets. It is noted that 3% boron containing poly (SDAC-co-ADC-co-APCC) detector is more sensitive than imported commercial (PADC)_th and poly (APCC-co-ADC) detectors. It is observed that, in terms of number of net tracks developed, 3% boron containing poly (SDAC-co-ADC-co-APCC) detector is two and half times more efficient than (PADC)_th and its signal to noise (S/N) ratio is almost two fold higher than that of (PADC)_th ana poly (APCC-co-ADC). The optimized time for revelation of the tracks is 30 min [1 N NaOH at 60 °C] which is found to be one-fourth than that for (PADC)_th and poly (APCC-co-ADC) [120 min in 6 N KOH at 70 °C].

本文介绍了有关开发一种新型聚合物轨道探测器的初步研究，该探测器称为聚（SDAC- co- ADC- co- APCC），用于快速检测热中子诱发的α轨道。通过将碳酸烯丙二醇酯（ADC）与烯丙基丙炔基碳酸酯碳硼烷（APCC）和2,2'-磺酰基二乙醇双（烯丙基碳酸酯）浇铸共聚制备具有不同百分比天然硼（1-5％）含量的聚合物检测器[ SDAC]。APCC包含的硼增加了热中子的敏感性，因为硼具有较高的热中子横截面。蚀刻条件针对该新型聚合物检测器进行了优化，并且在60°C下1 N NaOH浸泡30分钟。注意，含3％硼的聚（SDAC- co -ADC- co-APCC）检测器是比进口商用（PADC）更敏感_个和聚（APCC-共-ADC）检测器。可以观察到，就形成的净磁道数而言，含3％硼的聚（SDAC- co -ADC- co- APCC）检测器的效率是（PADC）_th和其信噪比（S / N）比是几乎2比（PADC）的倍高_次ANA聚（APCC-共-ADC）。为轨道的启示的优化时间为30分钟的1N NaOH在60℃下]，其被发现是比用于（PADC）四分之一_个和聚（APCC-共-ADC）于6N 120分钟KOH在70°C]。