This experiment was conducted to explore the effects of application rate of newtypes of N fertilizer(releasecontrolled urea and humic acidurea)on yield，nitrogen uptake and nitrogen use efficiency of summer maize using“Xianyu335” as experiment materials.The results showed that the yield increased significantly with application of newtype of N fertilizer and increased with N fertilizer increase.The effect of releasecontrolled urea was the best,and with 250 kg/hm2 releasecontrolled urea the yield was the highest, which increased by 93.7％（P＜0.05）,33.5％（P＜0.05）and 7.4%,respectively,compared with N0，common urea and humic acidurea;The amount of N uptake by shoots was 41.5 kg/hm2 higher than that of common urea,and the nitrogen use efficiency of summer maize increased by 21.3%.And the second was humic acidurea,under the experimental conditions,the highest yield was obtained when the nitrogen application rate was 250 kg/hm2,increased by 26.1%（P＜0.05)compared with common urea;The amount of nitrogen uptake by shoots and the nitrogen use efficiency of summer maize increased by 31.9 kg/hm2 and 15.3% compared with common urea respectively.Releasecontrolled urea and humic acidurea were more effective than common urea on increasing summer maize yield and biomass,nitrogen uptake and nitrogen use efficiency of summer maize.When the amount of nitrogen was 250 and 300 kg/hm2,the yield with releasecontrolled urea was higher than with humic acidurea,the releasecontrolled urea effect was better than humic acidurea.In summary,the effect of releasecontrolled urea on yield was the best,and the highest yield was at 250 kg/hm2.The three types of N fertilizer had little influence on soil total nitrogen.The soil total nitrogen was not significantly different with the increase of nitrogen rate.The average amount of soil total nitrogen of three types of N fertilizer showed as releasecontrolled urea＞humic acidurea＞common urea.The popularization and application of newtype Nfertilizer in summer maize fields can not only lead to higher yield,but also reduce the loss of nitrogen fertilizer,increase nitrogen use efficiency,and realize agricultural sustainable development.