统计实时组织弹性成像评分及超声bi - RADS分级法检出乳腺癌的敏感性，特异性及准确性。
Statistical real-time tissue elastography score and ultrasound BI-RADS classification method were for breast cancer detection sensitivity, specificity and accuracy.
结论：乳腺癌与许多良性疾病均存在其各自的近红外扫描成像特点。
The imaging manifestations in different benign breast disease were not entirely coincident with the pathological findings.
在微波近场乳腺癌检测中，回波目标众多，可形成物理探测位置相对较少，缺少反演成像条件，属数学病态问题求解。
On breast cancer detection using near-field microwave under few number of physical detection points is a non-stable state problem because of fewer revising and imaging condition.
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