Temperatures and densities were determined from the plasma formed by implosion at the center of symmetrical exploded‐wire arrays. Temperatures of 500–725 eV were found from line ratios in Al and Si spectra using various plasma models. The recombination temperatures for these elements were 500–550 eV. Higher implosion plasma temperatures of 1.5–2 keV were found in Ti and Fe data. The densities were ∼1×1020electrons/cm3for the spatially integrated implosion region. Intense emitting regions of ∼500 mgr;m to ∼1.5 mm in size were observed in densitometer contours of Al‐plasma pinhole camera x‐ray images.
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机译：温度和密度是由对称爆炸线阵列中心内爆形成的等离子体确定的。使用各种等离子体模型从Al和Si光谱中的线比中发现了500-725 eV的温度。这些元素的复合温度为500–550 eV。在 Ti 和 Fe 数据中发现了更高的内爆等离子体温度，为 1.5–2 keV。空间积分内爆区的密度为∼1×1020电子/cm3。在Al‐等离子体针孔相机x‐射线图像的密度计等值线中观察到∼500 &mgr;m至∼1.5 mm的强烈发射区域。
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