光谱学与光谱分析
光譜學與光譜分析
광보학여광보분석
SPECTROSCOPY AND SPECTRAL ANALYSIS
2014年
4期
1095-1099
,共5页
邹锋%袁德义%高超%廖婷%陈文涛%韩志强%张琳
鄒鋒%袁德義%高超%廖婷%陳文濤%韓誌彊%張琳
추봉%원덕의%고초%료정%진문도%한지강%장림
全自动间断化学分析仪%原子吸收光谱法%油茶%授粉受精%矿质元素
全自動間斷化學分析儀%原子吸收光譜法%油茶%授粉受精%礦質元素
전자동간단화학분석의%원자흡수광보법%유다%수분수정%광질원소
Auto discrete analyzers%Atomic absorption spectrophotometer%Camellia olei f era%Pollination and fertilization%M ineral elements
为探明油茶授粉受精期的营养元素需求规律,应用全自动间断化学分析仪与原子吸收光谱法测定了授粉受精期的油茶子房主要矿质元素的含量,并且对各矿质元素含量在自交和异交情况下的变化进行了研究分析。结果表明:在油茶授粉受精过程中,九种矿质营养元素含量呈“S”或“W”型曲线变化。N ,K ,Z n , Cu ,Ca ,M n元素含量变化在自交和异交情况下都呈“S”型曲线,N含量在自花授粉20 d达到最高,为3.4458mg·g -1;K含量在异花授粉20d达到最高,为6.2755mg·g -1;Zn含量在自花授粉10d达到最高,为0.0705 mg · g -1;Cu含量在异花授粉5 d到最高,为0.0610 mg · g -1;Ca含量在异花授粉15d达到最高,为3.7145 mg · g -1;M n含量在自花授粉30 d达到最高,为2.1615 mg · g -1。Fe ,P ,M g元素含量变化自交时呈“S”,异交时呈“W”型曲线,Fe含量在自花授粉10 d达到最高,为0.4530 mg · g -1;P含量在自花授粉20 d达到最高,为6.7318mg·g -1;Mg含量在自花授粉25d达到最高,为2.7240mg·g -1。研究结果可为油茶花期喷施叶面肥,提高油茶结实率和产量提供了一定的资料参考。
為探明油茶授粉受精期的營養元素需求規律,應用全自動間斷化學分析儀與原子吸收光譜法測定瞭授粉受精期的油茶子房主要礦質元素的含量,併且對各礦質元素含量在自交和異交情況下的變化進行瞭研究分析。結果錶明:在油茶授粉受精過程中,九種礦質營養元素含量呈“S”或“W”型麯線變化。N ,K ,Z n , Cu ,Ca ,M n元素含量變化在自交和異交情況下都呈“S”型麯線,N含量在自花授粉20 d達到最高,為3.4458mg·g -1;K含量在異花授粉20d達到最高,為6.2755mg·g -1;Zn含量在自花授粉10d達到最高,為0.0705 mg · g -1;Cu含量在異花授粉5 d到最高,為0.0610 mg · g -1;Ca含量在異花授粉15d達到最高,為3.7145 mg · g -1;M n含量在自花授粉30 d達到最高,為2.1615 mg · g -1。Fe ,P ,M g元素含量變化自交時呈“S”,異交時呈“W”型麯線,Fe含量在自花授粉10 d達到最高,為0.4530 mg · g -1;P含量在自花授粉20 d達到最高,為6.7318mg·g -1;Mg含量在自花授粉25d達到最高,為2.7240mg·g -1。研究結果可為油茶花期噴施葉麵肥,提高油茶結實率和產量提供瞭一定的資料參攷。
위탐명유다수분수정기적영양원소수구규률,응용전자동간단화학분석의여원자흡수광보법측정료수분수정기적유다자방주요광질원소적함량,병차대각광질원소함량재자교화이교정황하적변화진행료연구분석。결과표명:재유다수분수정과정중,구충광질영양원소함량정“S”혹“W”형곡선변화。N ,K ,Z n , Cu ,Ca ,M n원소함량변화재자교화이교정황하도정“S”형곡선,N함량재자화수분20 d체도최고,위3.4458mg·g -1;K함량재이화수분20d체도최고,위6.2755mg·g -1;Zn함량재자화수분10d체도최고,위0.0705 mg · g -1;Cu함량재이화수분5 d도최고,위0.0610 mg · g -1;Ca함량재이화수분15d체도최고,위3.7145 mg · g -1;M n함량재자화수분30 d체도최고,위2.1615 mg · g -1。Fe ,P ,M g원소함량변화자교시정“S”,이교시정“W”형곡선,Fe함량재자화수분10 d체도최고,위0.4530 mg · g -1;P함량재자화수분20 d체도최고,위6.7318mg·g -1;Mg함량재자화수분25d체도최고,위2.7240mg·g -1。연구결과가위유다화기분시협면비,제고유다결실솔화산량제공료일정적자료삼고。
In order to elucidate the nutrition of Camellia olei f era at pollination and fertilization stages ,the contents of mineral elements were determined by auto discrete analyzers and atomic absorption spectrophotometer ,and the change in the contents of mineral elements was studied and analysed under the condition of self- and cross-pollination. The results are showed that nine kinds of mineral elements contents were of “S”or“W” type curve changes at the pollination and fertilization stages of Camellia oleifera. N ,K ,Zn ,Cu ,Ca ,Mn element content changes showed “S”curve under the self-and out-crossing ,the content of N reaching the highest was 3.445 8 mg · g -1 in self-pollination of 20 d;K content reaching the highest at the cross-pollination 20 d was 6.275 5 mg · g -1 ;Zn content in self-pollination of 10 d reaching the highest was 0.070 5 mg · g -1 ;Cu content in the cross-pollination of 5 d up to the highest was 0.061 0 mg · g -1 ;Ca content in the cross-pollination of 15 d up to the highest was 3.714 5 mg · g -1 ;the content of Mn reaching the highest in self-pollination 30 d was 2.161 5 mg · g -1. Fe ,P ,Mg element content changes was of “S” type curve in selfing and was of “W” type curve in outcrossing ,Fe content in the self-pollination 10 d up to the highest was 0.453 0 mg · g -1 ;P content in self-pollination of 20 d reaching the highest was 6.731 8 mg · g -1 ;the content of Mg up to the highest in self-pollination 25 d was 2.724 0 mg · g -1. The results can be used as a reference for spraying foliar fertilizer ,and improving seed setting rate and yield in Camellia olei f era.