We present a 2,440 g male neonate born by caesarian section at 38 weeks of gestational age.Baby had been diagnosed with giant exomphalos during prenatal scans.Due to the giant size of the exomphalos with liver being s...We present a 2,440 g male neonate born by caesarian section at 38 weeks of gestational age.Baby had been diagnosed with giant exomphalos during prenatal scans.Due to the giant size of the exomphalos with liver being sac content to more than 50%and severe degree of abdominovisceral disproportion,the decision was made to adopt a staged-treatment approach.We created an external silo supplemented with DuoDERM compression dressings and adjusted it over three weekly sessions.The exomphalos was completely reduced,and the patient underwent delayed primary closure A modified single-layer abdominal wall repair was carried out uneventfully.The post-operative period was uncomplicated and at follow-up 4 years later the patient had no incisional hernia and is thriving well.展开更多
Temperature response functions have been developed to investigate sensor design and divertor heat flux estimation in magnetically confined plasmas. The time-dependent heat flux can be derived by fitting the response f...Temperature response functions have been developed to investigate sensor design and divertor heat flux estimation in magnetically confined plasmas. The time-dependent heat flux can be derived by fitting the response function to experimental thermocouple(TC) data. Because the TC signals have a time delay to transit events such as discharge start or confinement transition, the time delay is taken into account in a temperature response function. Such a function accurately describes the signal from each TC channel with time delay in a sensor test using a neutral beam injection. Measurement for commercial TCs shows that the time delay is caused by the finite heat capacity of TC wire and contact heat resistance between TC and target surface.展开更多
文摘We present a 2,440 g male neonate born by caesarian section at 38 weeks of gestational age.Baby had been diagnosed with giant exomphalos during prenatal scans.Due to the giant size of the exomphalos with liver being sac content to more than 50%and severe degree of abdominovisceral disproportion,the decision was made to adopt a staged-treatment approach.We created an external silo supplemented with DuoDERM compression dressings and adjusted it over three weekly sessions.The exomphalos was completely reduced,and the patient underwent delayed primary closure A modified single-layer abdominal wall repair was carried out uneventfully.The post-operative period was uncomplicated and at follow-up 4 years later the patient had no incisional hernia and is thriving well.
基金partially performed with the support and under the auspices of the NIFS Collaborative Research Program(Nos.NIFS20KLPR051,NIFS20KUHL099 and NIFS20KUGM153)。
文摘Temperature response functions have been developed to investigate sensor design and divertor heat flux estimation in magnetically confined plasmas. The time-dependent heat flux can be derived by fitting the response function to experimental thermocouple(TC) data. Because the TC signals have a time delay to transit events such as discharge start or confinement transition, the time delay is taken into account in a temperature response function. Such a function accurately describes the signal from each TC channel with time delay in a sensor test using a neutral beam injection. Measurement for commercial TCs shows that the time delay is caused by the finite heat capacity of TC wire and contact heat resistance between TC and target surface.
