ɽ ¶« ´ó ѧ ѧ ±¨

£¨×ÔÈ»¿Æѧ°æ£©

[µÚ34¾í µÚ4 ÆÚ 1999Äê6ÔÂ]  [ µÚ34¾í µÚ1 ÆÚ 1999Äê3ÔÂ] [µÚ34¾í µÚ2ÆÚ 1999Äê3ÔÂ] [·µ»ØÖ÷Ò³]

¿ØÖÆÄÜÁ¿ÊÜÏÞÏÂËæ»ú¿ØÖÆϵͳ¾«È·ÄÜ¿ØÐÔ....................ÁõÑÅÔö Åíʵ¸ê(361)Ò»½×»ìºÏÐÍ»ý·Ö¡ªÎ¢·Ö·½³ÌµÄ¿É½âÐÔ................................ÑîÖ¾ÁÖ(367)Å×ÎïÐÍ·½³Ì³õ±ßÖµÎÊÌâµÄ±äÍø¸ñÓÐÏÞÔª·½·¨........................... Ëïͬ¾ü(373)Banach¿Õ¼äÂö³åVolterraÐÍÏßÐÔ»ý·Ö·½³ÌµÄ½â..........................ÆÝÊË˶(381)

ÓмÆËãÎó²î¼°²âÁ¿Îó²îϵÄƵÆ×ÓÐÏÞº¯ÊýµÄÍâÍÆ................ Àè²®Ìà ÑîµÂÔË(387)Bessel¼¶ÊýÔڱ߽ç½âÎöµã´¦µÄÐÔ̬................... ľÀÖ»ª AL-oushoush Nizar(393)

HalinͼµÄȦ×ÅÉ«............................................ÖìÃÀÁÕ Áõ¼Ò׳(398)

¡­ ¡­ ¡­ ¡­ ¡­ ¡­ ¡­ ¡­ ¡­ ¡­Ñî־ΰ ¶ÅÎÄ»ª ÑîÁÐÓ ÃçÇ캣 Õŵ¿¥ ÕÅÐË»ª(417)

éÎƤËØ-TOPO(Tx-£±£°£°£©-£Ó£Ä£Â£ÓÓ«¹âÌåϵµÄÑо¿Ó¦Óê¥

SojaÑÇÊôµÄÊýÁ¿·ÖÀàѧÑо¿................................ÕÅ¿Éì¿ Ö£Òà½ò(479)ª¤

(£Î£á£ô£õ£ò£á£ì £Ó£ã£é£å£î£ã£å £Å£ä£é£ô£é£ï£î£©ª¤

Exact Controllability of Stochastic Control Systems with Control Energy Constraintª¥

¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­ Liu Yazeng, Peng Shige(361)

The Solvability of Mixed Integroª²differential Equations of First Order

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­Yang Zhilin(367) A Fem with Moving Grid for Linear Parabolic Equation...............................Sun Tongjun(373) Solutions of Linear Impulsive Volterra Integral Equations in Banach Space ¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­Qi Shishuo(381)

The Extrapolation of Bandª²limited Functions with Measuring or Calculating Errorsª¥

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­ Li Botang,Yang Deyun(387) Behaviour of Bessel Series at an Analytic Point of the Boundary

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ Mu Lehua, AL-oushoush Nizar(393)

The Cyclic Coloring of Halin Graphs¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­Zhu Meilin, Liu Jiazhuang(398)

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ Ma Jun, Liu Zhenfa(404)The Method of ECR Software Plan Design..........................................Zheng Yongqing(413)Measuring Junction Temperature of Bipolar Transistors by Double-Current Method¡­ ¡­ ¡­¡­ Yang Zhiwei,Du Weihua,Yang Lieyong,Miao Qinghai,Zhang Dejun,Zhang Xinghua(417)Identification of Primary Cosmic ray Component at the Ultrahigh Energy Region¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­ Feng Cunfeng,Kong Fanmin,Zhang Xueyao,He Mao,

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­ Dai Zhiqiang,Li Jinyu,Zhang Naijian(421)

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­Xiong Shenxun(427)ª¤

Decoding Methods¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ Yuan Dongfeng,Han Bing(433)

.............................................................Li Yufei,Hou Xueyuan,Sun Yuming,Xu Shihua(441) A New all Autoª²detector for Automobile Headlamp Parametersª¥

........................................................Qi Huanjun,Jiang Benhe,Hu Wenfei,Hu Qingrong(445)ª¤

Studied on the Fluorescence of Y(¢ó)-QuercetinTopo(TX-£±£°£°£©-SDBS System ...........................................................................Zhu Rongxiu,Zhu Guiyun,Wang Ruoxi(450) Addition Reaction of Methyldichlorosilane with Allyl Chlorideª¥

.........................................................................Lin Jimao,Yang Qinzheng,Kan Chengyou(456) The Effect of Chemical Competitive Reaction on the Electrode Process Involving Adsorptionª¥and Desorption

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­Ma Houyi,Li Guiqiu,Wu Xiaojuan,Chen Shenhao(459)

Study of the Screening Nutrent Drug and Determination of Optimum Concentration of Nutrientª¥Drug Using Microcalorimetric Method

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­ Xie Xinji,Wang Minggang,Ru Miaoyan,Liu Aixing,

¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ ¡­ ¡­¡­ Peng Minling,Yu Xiufang,Zhang Honglin(468)

Flavonoids of Ginkgo bilobal.ª«

..................................................................Li Yan,Xu Yutai,Zhang Kewei,Zhang Juren(473)ª¤

A Study on Numerical Taxonomy of Sojaª«...........................Zhang Kewei,Zheng Yijin(479)Isolation and Identification of a Celluloseª²degradating Strain from Soilª¥

....................................................................................Qi Fei,Zhang Yingshu,Gao Peiji(484)ª¤

Preparation of a Mutant Kesistant to Glucose Repressionª¥

................................Song Xiaoyan, Song Guijing, Sun Caiyun, Liu Taotao, Han Feng(488)ª¤

Õª Òª ÌÖÂÛÁË¿ØÖÆÄÜÁ¿ÊÜÏÞÏÂËæ»ú¿ØÖÆϵͳ¾«È·ÄÜ¿ØÐÔÎÊÌ⣮´Óµ¹ÏòËæ»ú΢·Ö·½³Ì¹Ûµã³ö·¢£¬ÀûÓþØÁ¿ÂÛ·½·¨µÃµ½ÁËÅж¨¿ØÖÆÄÜÁ¿ÊÜÏÞÏÂËæ»ú¾«È·ÄÜ¿ØÐÔ³äÒªÌõ¼þ£¬²¢µÃµ½ÈÝÒ×Åж¨µÄ³ä·ÖÌõ¼þºÍ±ØÒªÌõ¼þ£®

¹Ø¼ü´Ê Ëæ»ú¿ØÖÆϵͳ£»¿ØÖÆÊÜÏÞ£»¾«È·ÄÜ¿ØÐÔ£»µ¹ÏòËæ»ú΢·Ö·½³Ìª¤

ÖÐͼ·ÖÀàºÅ O211 O175 ª¤

Liu Yazeng, Peng Shigeª¤

ª«(School of Mathematics and System Science Shandong Univ., Jinan 250100)ª«ª¤

ÖÐͼ·ÖÀàºÅ O175

Yang Zhilinª¤

ª«(Dept. of Math. , Shandong Univ., Jinan 250100)ª«ª¤

ª¥ The technique of apriori estimate is applied to obtain the existence and uniqueness results for the mixed integro¨Cdifferential equations of first order. The existence results for positive solutions are furthermore obtained.

Key words integro-differential equation; fixed point; spectral radius; topological degreeª¦

¹Ø¼ü´Ê Å×ÎïÐÍ·½³Ì£»±äÍø¸ñ£»ÓÐÏÞÔªÖÐͼ·ÖÀàºÅ O241

ª«£¨Dept. of Math.., Shandong Univ., Jinan 250100)ª«ª¤

ª¥A full-discretization FEM with moving grid for linear parabolic equation is presented, in which the finite element solution at the last time is not projected on the next time finite element space using projection. It is proved that this method has optimal convergence error estimates in norm and energy norm under some sense.ª¤

Õª Òª ²ÉÓÃÖð´Îµü´ú·½·¨ÌÖÂÛBanach¿Õ¼äÖÐÂö³åÐÍÏßÐÔVolterra»ý·Ö·½³Ì£¬»ñµÃÁËÆä½âµÄ´æÔÚΨһÐÔ½á¹û£¬×îºó¸ø³öÒ»¸ö¾ßÌåµÄÀý×Ó£®ª¤

ÖÐͼ·ÖÀàºÅ O175

Qi Shishuoª¤

ª«£¨Dept.of Math., Shandong Univ.,Jinan 250100)ª«ª¤

Linear impulsive Volterra integral equations in a Banach space are investigated by means of the iterative technique and the theorem on the existenceand uniqueness of their solutions is obtained. At last, an example is given.ª¤

Key Words impulsive integral equations; iterative technique; existence and uniquenessª¦_

ÖÐͼ·ÖÀàºÅ O174.4 O178ª¥

(Dept. of Math., Shandong Univ., Jinan 250100)ª¤

ª¤Yang Deyun

(Dept. of Math., Taian teachers college Taian 271000)ª¤

ABSTRACTª¥ª¥

The extrapolation of band-limited functions is an ill-posed problem. Small errors could bring large changes in extrapolation. A method for the extrapolation is presented which can be used for the case of existing errors caused by measuring or calculating.ª¤

Key words normal family; entire function; band-limited functionª§

ľÀÖ»ª AL-oushoush Nizarª¤

¹Ø¼ü´Ê Bessel¼¶Êý£»christoffel¹«Ê½£»½âÎöÐÔª¤

ÖÐͼ·ÖÀàºÅ O174ª¤ª¤

Mu Lehua , AL-oushoush Nizarª¤

ª¤(Dept. of Math., Shandong Univ., Jinan 250100)ª¤

ABSTRACTª¥ª¥

Let be the disc ? 1 and ¦£ the circle =1. Denote Bessel functions and Neumann polynomials by respectively.

If is analytic in and continuous on , then we say . The seriesª¤

is called the Bessel series expansion ofon , its partial sums are denoted by ª«

ª«ª«If we only know , then for £¬ª«ª¤

Here we can see the influence of being analytic at .ª¤

Key words Bessel series; Christoffel formula; analyticityª§

¹Ø¼ü´Ê ͼ×ÅÉ«£»k-Ȧ×ÅÉ«Êý£»Halinͼª¤

ÖÐͼ·ÖÀàºÅª«O157.5ª¥ª¥

Zhu Meilin, Liu Jiazhuangª¤ª¤

(Dept. of Math., Shandong Univ., Jinan 250100)ª¤

ª¥ A coloring of the vertices if a plane graph is k- cyclic of whenever two vertices lie in the boundary of the same face of the size at most k, their colors are different.We denote by the k- cyclic chromatic number of a graph G, i. e. The minimum number of colors needed to color G, k- cyclically. This paper gives the conclusion of Halin graphs.ª¤

Key word coloring of a graph;ª«k- cyclic chromatic number£»Halin graphª§ª¦

Á½ÖÖ·½·¨£¬¶Ô×îСÍŸ²¸Ç¡¢×î´óÍÅ¡¢×î´ó¶ÀÁ¢¼¯¡¢×îС֧Å伯¡¢Hamiltonian»Ø·¡¢×î¼ÑµÀ·¸²¸Ç¡¢×îС´ø¿íºÍSteinerÊ÷µÄ¼ÆËãÎÊÌ⣬ÔÚEREW PRAMÄ£ÐÍÉϸø³öO(logn)ʱ¼ä£¬Ê¹ÓÃO(n) ´¦ÀíÆ÷µÄ¸ßЧ²¢ÐÐËã·¨£®ª¤

¹Ø¼ü´Êª«NP-Äѽ⣻Çø¼äͼ£»²¢ÐÐËã·¨ª¤

ÖÐͼ·ÖÀàºÅª«TP316ª«ª¤

(China National Electronics Imp/Exp Shandong Company, jinan 250002)ª¤

Two ways in designing efficient parallel algorithms for interval graphs are discussed. They are used to develop the efficient parallel algorithms for following problems:Minimum Clique Cover, Maximum Clique, Maximum Independent Set, Minimum Dominating Set, Hamiltonian Circuit, Optimal Path Cover,Bandwidth Minimization and Steiner Tree. All given algorithms run in O(logn) time with O(n) processors on a EREW PRAM.Some of the sequential versions improve the time complexity of the best known sequential algorithms.ª¤

Key words NP-Hard; interval graphs; parallel algorithmsª§

ÖÐͼ·ÖÀàºÅ TB115ª¥ª¥

ABSTRACTª¥ª¥

ECR is a kink of single chip minicomputer system based on keyboard control which has complex key serial.It is very important to describe combination of various function-keys and meanings of function key in various conditions reasonably and effectively.In this paper, we presented a method about describing the design of ECR software based on ¡®Keyboard status table¡¯ and ¡®Status convert table¡¯. This method has been tested in our design scheme of ECR software.

Key words ECR ; software plan design; method of designª¦

Õª Òª »ùÓÚShockley·½³ÌÌá³öÓÃË«µçÁ÷·¨²âÁ¿°ëµ¼ÌåÆ÷¼þµÄ½áΣ¬²¢Ó봫ͳµÄÏßÐÔ½üËÆ·¨½øÐжԱȣ¬Ïû³ýÁËÓÉÓÚ²»Í¬Æ÷¼þÈȵçÐÔÄܵIJîÒìÒýÈëµÄÎó²î£¬Ìá¸ßÁ˽áβâÁ¿¾«¶È£®ª¤

ÖÐͼ·ÖÀàºÅ TN322

ª§MEASURING JUNCTION TEMPERATURE OF BIPOLARª¤TRANSISTORS BY DOUBLE-CURRENT METHODª¤ª¤

Yang Zhiwei, Du Weihua, Yang Lieyong, Miao Qinghai,ª¤

Zhang Dejun, Zhang Xinghuaª¤

ª«£¨Phys .Dept.of Shandong Univ. , Jinan 250100)ª«ª¤

ª¥A technique¡ªdouble current method,of measuring junction temperature of bipolar transistors was carried out based on the Shockley Equation,and also was compared with the traditional approximate linear method.Error which was caused by difference of the forbiddenband width of individual devices,was reduced heavily by this technique.ª¤

Key words double-current method; ¦¤V_BE method; junction temperature

Õª Òª ¸ù¾ÝÑò°Ë¾®AS+ECµÄʵÑéÌõ¼þ£¬ÀûÓÃCORSIKA(°æ±¾5.60)³ÌÐò½øÐÐÁ˹ãÑÓ´óÆø´ØÉäµÄMonte CarloÄ£Ä⣮ͨ¹ý·ÖÎöÄ£ÄâÊý¾Ý£¬ÌáÈ¡ÓëÔ­³õ³É·ÖÓйصÄÌØÕ÷Á¿£¬²¢ÀûÓÃÈ˹¤Éñ¾­ÍøÂç¶ÔÄ£ÄâÊý¾Ý½øÐжà²ÎÊý·ÖÎö£¬½á¹û±íÃ÷£¬Ô¼ÓÐ85% µÄ10^£±£µ¡«£±£°¹⁷ eV Ô­³õÖÊ×Ó±»Ñò°Ë¾®AS+ECÕýÈ·µØÌôÑ¡³öÀ´£®ª¤

¹Ø¼ü´Ê Monte CarloÄ£Äâ; È˹¤Éñ¾­ÍøÂç; Ô­³õÓîÖæÏß·Ö±æÖÐͼ·ÖÀàºÅ O572ª¥

Feng Cunfeng, Kong Fanmin, Zhang Xueyao, He mao,ª¤

Dai Zhiqiang, Li Jinyu, Zhang Naijianª¤

ª¤ (Dept. of Phys.,Shandong Univ.,Jinan 250100)ª¤

Based on the observation condition of Yangbaijing experiment, a Monte Carlo simulation for extensive air shower has been done by use of CORSIKA (version 5.60) program. The characteristic parameters related to the primary composition are obtained from the simulation results. It is shown that by using the artificial neural networks about 85% of the protons can be separated

Õª Òª ͨ³£²âÁ¿¶þ½×ËøÏà»·(PLL)µÄ×ÔÈ»½ÇƵ¦Ø_nºÍ×èÄáϵÊý¦Æʱ£¬ÐèÒª·Ö±ð²âÁ¿»·Â·Ö±Á÷×ÜÔöÒæºÍÂ˲¨Æ÷µÄʱ¼ä³£ÊýµÈÓйزÎÁ¿£¬´Ë·½·¨·±ËöÇÒÎó²î½Ï´ó£®±¾ÎÄÌÖÂÛÒ»ÖÖͨ¹ýÊäÈëСƵƫµÄµ÷ƵÐźţ¬¿ÉÒÔ·½±ã¡¢ÇÒ½Ï׼ȷµØ²â³öÀíÏë¶þ½×PLLµÄ¦Ø_nºÍ¦ÆµÄʵ¼ÊÖµ£®¸Ã·½·¨Í¬ÑùÊÊÓÃÓÚ·ÇÀíÏë¶þ½×»·£¬ÒÔ¼°ÓÉÏàλ³¬Ç°ÎÞÔ´±ÈÀý»ý·ÖÆ÷¹¹³ÉµÄ¶þ½×»·£®ª¤

¹Ø¼ü´Ê ËøÏà»·£»µ÷Ƶ£»×ÔÈ»½ÇƵ¦Ø_n£»×èÄáϵÊý¦ÆÖÐͼ·ÖÀàºÅª«O441

Generally,evaluating Nature angle-frequency¦Ø_n and damping coefficient¦Æof second order PLL needs to measure it¡¯s total gain and time constants of the filter in the PLL respectively.But in fact, there are more errors when these parameters are measured and it will take long time for us to do it, too.Using modulating frequency with small frequency deviation as inputing signal of the PLL, a short-cut method to measure ¦Ø_n and ¦Æ is discussed.By analysis,we see that the method also fits nonideal second order PLL and another PLL which consists of inactive proportion-integrator with phase lead. ª¤

Key words phase locked loop; modulating frequency; nature angle-frequency ¦Ø_n; damping coefficient¦Æ

Õª Òª ÒÔAWGNÐŵÀΪÐŵÀÄ£ÐÍ£¬ÔÚ8-PSKµ÷ÖÆ·½Ê½Ï£¬¶Ô¶à¼¶±àÂë·½°¸·Ö±ð²ÉÓÃÁ˶à½×¶ÎÒëÂëºÍ²¢ÐÐÒëÂëÁ½ÖÖÒëÂë·½·¨£¬¶ÔÆäÐÔÄܽøÐÐÁËÏêϸµÄ±È½Ï£®ÔÚ¼ÆËã»ú·ÂÕæµÄ»ù´¡ÉÏ£¬µÃ³öÁËÕë¶Ô¶à¼¶±àÂë·½°¸µÄÒëÂë·½·¨µÄһЩÓÐÒâÒåµÄ½áÂÛ£®

¹Ø¼ü´Ê ¶à¼¶±àÂ룻¶à½×¶ÎÒëÂ룻²¢ÐÐÒëÂ룻AWGNÐŵÀª¤

ÖÐͼ·ÖÀàºÅ TN911

Yuan Dongfeng, Han Bingª¤

(Dept. of Electronie Engineering, Shandong Univ., Jinan 250100)ª¤

The performances of MLC£¯MSD and MLC£¯PDL are compared carefully with 8-PSK modulation using AWGN channel model.Some significant conclusions based on the computersimulation results are obtained.Key words multilevel coding; multistage decoding; parallel decoding on levels; AWGN channel

¼¤¹âÖ¸ÏòÒǵĹâѧÉè¼ÆÀîÓî·É ºîѧԪ ËïÓåÃ÷ ÐìÊ¿»ª£¨É½¶«´óѧ¹âµçѧϵ,¼ÃÄÏ 250100)

Õª Òª ÒÔHe-Ne¼¤¹âΪÀý£¬ÀûÓøß˹¹âÊøµÄ³ÉÏñÀíÂÛ¼ÆËãÁ˼¤¹âÖ¸ÏòÒÇÖйâѧԪ¼þµÄ²ÎÊý£®¼ÆËãÖµÓëʵ¼ÊÖµ»ù±¾Ïà·û.ª±ª¤

ÖÐͼ·ÖÀàºÅTN249ª¤ª¥

ª¤Li Yufei, Hou Xueyuan, Sun Yuming, Xu Shihuaª¤

ª«(Dept. of Optical ,Shandong Univ.£¬Jinan 250100)ª«ª¤

ª¥The optical element parameters of laser indicator has been calculated according to the imaging theory of Gauss light beam,as an example of He-Ne laser,in this paper.The theoretical value tallies with the real value almost.Key words laser indicator; gauss light beam; telescope systemª¦

Õª Òª ½éÉÜÒ»ÖÖÐÂÐ͵ÄÒÔCCDÃæÕóÆ÷¼þ×÷Ϊ̽²âÆ÷µÄÆû³µÇ°ÕյƲÎÊýÈ«×Ô¶¯¼ì²âÒÇ£®ÀûÓüÆËã»úÊý×ÖͼÏñ´¦Àí¼¼Êõ£¬¶ÔÔ¶¹âµÆµÄ¶Ô×¼£¬½ü¹âµÆµÄ¹âÐͼì²âºÍÕնȲâÁ¿·Ö±ð½øÐÐÁËÀíÂÛºÍʵ¼ù̽ÌÖ£®

¹Ø¼ü´Ê CCDÃæÕóÆ÷¼þ£»Ç°Õյƣ»¹âÐÍ£»ÕÕ¶È

ÖÐͼ·ÖÀàºÅH741.4ª¤

A NEW ALL AUTOª²DETECTOR ª¤

ª¤ª«(IR and Remote Sensing Lab., Shandong Univ., Jinan 250100)ª¤

ª¥ A new all-auto-measurement instrument for automobile headlamp parameters, which used CCD plane arrays as detector was introduced. The computer digital image processing technology was used to approach the theories and experiments about the alignment of farreaching headlamp, light shape detection and illumination measurement of shortrange headlamp, respectively.ª¤

Õª Òª Ñо¿·¢ÏÖY-éÎƤËضþÔªÌåϵÓнÏ΢ÈõµÄÓ«¹â£¬TOPO(TX-100)-SDBSÊÔ¼ÁÌåϵµÄÒýÈëʹ¶þÔªÌåϵµÄÓ«¹â´ó·ù¶ÈÔöÇ¿£»Ñо¿ÁËY-éÎƤËØ-TOPO(TX-100)-SDBSÕâÒ»ÌåϵµÄÓ°ÏìÒòËغͷÖÎöÌØÐÔ£¬²¢½«ÕâÒ»ÌåϵӦÓÃÓÚºÛÁ¿Y(¢ó)µÄ²â¶¨£®½á¹û±íÃ÷£¬ÔÚ×î¼ÑʵÑéÌõ¼þÏ£¬Y(¢ó)µÄ¿É²â¶¨·¶Î§Îª£°.£±¡«£±£° ¦Ìmol/L£®ª¤

¹Ø¼ü´Ê îÆ£»éÎƤËØ£»TOPO£»Ó«¹â·ÖÎö£»L^*-LÓ«¹âª¤

ÖÐͼ·ÖÀàºÅ O656ª¤

Zhu Rongxiu, Zhu Guiyunª¤

(School of Chem. , Shandong Univ. , Jinan 250100)ª¤

ª¤Wang Ruoxiª¤

(College Shandong Police, Jinan 250014)ª¤

The study indicated that Y-quercetin binary system emitted a weak fluorescence and the fluorescence of binary system was greatly enhanced by TOPO (TX-100)-SDBS organic system. The system of Y-quercetin-TOPO (TX-100)-SDBS was studied in detail on the affecting factors and analytical characteristics.The systm was used for detecting trace amount of yttrium (¢ó). Under the optimum conditions, the fluorescence intensity was a line function of the concentr-ation of Y(¢ó) in the range of 0.1¡«10¦Ìmol/L.The detection limit was 0.05¦Ìmol/L£®

Key words yttrium;quercetin; TOPO; fluorimetry; L*-£Ì luminescence

Õª Òª Ñо¿5ÖÖÖú´ß»¯¼Á¶Ô¼×»ù¶þÂȹèÍéÓëÂȱûÏ¡¼Ó³É·´Ó¦µÄÓ°Ïì.·¢ÏÖ¦Ã-N,N¶þÒÒ»ù°±±û»ùÈýÒÒÑõ»ù¹èÍéºÍÈýÒÒ°·Öú´ß»¯Ð§¹û½ÏºÃ£¬¿É´ó´óµØËõ¶Ì·´Ó¦ÓÕµ¼ÆÚ£¬ÔÚ2.5hÄÚ¼´¿ÉÍê³É·´Ó¦£®¹Ø¼ü´Ê ¼×»ù¶þÂȹèÍ飻ÂȱûÏ¡£»¼Ó³É·´Ó¦ª¤

ÖÐͼ·ÖÀàºÅO621ª¤

ª¤Lin Jimao, Yang Qinzheng, Kan Chengyouª¤

(Depat.of chem., Shandong Univ., Jinan 250100)ª¤

Effect of auxiliary catalysts on addition reaction of methyldichlorosilane with allylchloride was studied.¦Ã-N, N-Diethylaminopropyltriethoxysilane and triethylamine can shorten time in inducing reaction and complete reaction in 2.5 hours.Key words methyldichlorosilane; allylchloride; addition reaction

ÖÐͼ·ÖÀàºÅª¤O646

Ma Houyi, Li Guiqiu^£±, Wu Xiaojuan^£², Chen Shenhaoª¤

(Dept. of Chemistry,^£±Dept. of Photo -Electronic Information Engineering,ª¬^£²Deat. of Electronic Engineering, Shandong Univ, Jinan 250100)ª¤

The expressions of current density and the Faradaic Impedance for the three-step electrode processes involving chemical adsorption, charge transfer and desorption steps in the presence or absence of a chemical competitive reaction have been derived in terms of linear condition in this paper, by which the effect of the chemical competitive reaction on the main reaction was analyzed.A theoretical description about the complex plane display for the Faradaic impedance occurring probably was also carried out by using equivalent circuits.ª¤

ÖÐͼ·ÖÀàºÅQ939ª¤

Xie Xinji, Wang Minggang, Ru Miaoyan, Liu Aixing, Peng Minlingª¤

ª«(Dept.of chem., Shandong Univ., Jinan 250100)ª«ª¤

Yu Xiufang, Zhang Honglinª¤

ª«(Dept.of Chem., Qufu Normal Univ., Qufu 273165)ª«ª¤

ª¥The power-time curves of the promoter action of Ganoderma lucidum, Astragalus, Lycium chineuse, Pilose antler.for the S.aureus have been determined using a thermal activity monitor.The growth rate constants at different concentration of nutrient drug have also been calculated. From k, c data, optimum concentration of nutrient drug also been established, it is very informative for the study of sifting nutrient drug.

Key words microcalorimetry; promoter action£»nutrient drug£»optimum concentrationª¦ª«ª«ª«ª«ª«ª«ª«ª«ª«ª«

Õª Òª ÓÃ70% ÒÒ´¼»ØÁ÷ÌáÈ¡ºÍ¾Ûõ£°·Öù²ãÎöµÄ·½·¨µÃµ½ÒøÐÓÒ¶×Ü»Æͪ£¬¼Ì¶øÓù轺±¡°å¶Ô×Ü»Æͪ½øÐÐÖƱ¸ÐÔ·ÖÀ룬µÃµ½3¸ö»Æͪº¬Á¿½Ï¸ßµÄ×é·Ö¢ñ¡¢¢ò¡¢¢ó£®½øÒ»²½Ñо¿·¢ÏÖ£¬×é·Ö¢ñ¡¢¢ò¡¢¢ó¾ßÓнÏÇ¿µÄ¿¹Ñõ»¯ÄÜÁ¦£¬¿ÉÒÔÃ÷ÏÔµØÒÖÖÆ×ÏÍâÏßÒýÆðµÄСÊó¸Îϸ°ûÏßÁ£Ìå¹ýÑõ»¯Ö¬ÖʵÄÐγɣ¬ÆäÖÐ×é·Ö¢òµÄЧ¹û×îºÃ£¬µ±Å¨¶ÈΪ10.54¦Ìg£¯mlʱ£¬ÒÖÖÆÂÊ¿É´ï60.3%£®³É·Ö½á¹¹·ÖÎö½á¹û±íÃ÷£¬×é·Ö¢òÊÇÒÔéÎƤËØΪ߰ԪÓëÆÏÌÑÌÇ¡¢ÊóÀîÌÇ»òÕâÁ½ÕßÐγɵÄË«ÌǽáºÏ¶ø³ÉµÄ»Æͪ߰À࣮

ÖÐͼ·ÖÀàºÅQ945

TOTAL FLAVONOIDS OF £Ç£É£Î£Ë£Ç£Ï £Â£É£Ì£Ï£Â£Á £Ì£®ª«ª¤

Li Yan,Xu Yutai,Zhang Kewei,Zhang Jurenª¤

ª«(School of Life Sci., Shandong Univ., Jinan 250100)ª«ª¤

ª¥The total flavonoids was extracted from the leaves of Ginkgo biloba L. by 75% alcohol,purified with polymide column chromatography and separated by TLC.Component ¢ñ¡¢¢ò and ¢ó containing most of the total flavonoids were obtained.Further study showed that flavonoids had a strong anti oxidation effect.They remarkably reduced the level of mitochondria lipid peroxide induced by UV-irradiation,and Component ¢òwas the most effective.When its concentration was 10.54 ¦Ìg/ml,the inhibitory rate of lipid peroxide reached 60.3 percent.The composition of component ¢ò was analyzed.The results showed that it mainly consisted of two compounds,both of which were flavone glycosides with quercetin as the aglycon.

Key wordsª«Ginkgo biloba L.flavonoids; TLC; HPLC; lipid peroxide

Õª Òª ÒÔ²»Í¬½ø»¯ÀàÐ͵Ä7¸ö´ó¶¹¾ÓȺΪ·ÖÀàÔËË㵥λ£¬Ñ¡È¡ÁË28¸öÐÎ̬ѧ¡¢Éú̬ѧÐÔ×´£¬¶Ô²»Í¬½ø»¯ÀàÐ͵Ĵ󶹾ÓȺ½øÐÐÁËÊýÖµ·ÖÀàÑо¿£®Q·ÖÎö¼°Í¼ÂÛ·ÖÎö½ÒʾҰ´ó¶¹¡¢°ëÒ°Éú´ó¶¹ÓëÔÔÅà´ó¶¹Ö®¼ä´æÔڽϴó²îÒ죮Ö÷³É·Ý·ÖÎö±íÃ÷Ç°ÈýÖ÷³É·Ý¿É±£Áô×ÜÐÅÏ¢Á¿µÄ91.05%,˵Ã÷ÖÖÄÚ¾ÓȺ·ÖÀàËùÑ¡ÐÔ×´ºÏÀí£¬²¢ÄÜÔÚÈýά¿Õ¼ä±í´ï¸÷¾ÓȺ¼äµÄÏà¶ÔλÖ㮪¤

ÖÐͼ·ÖÀàºÅ Q949

Zhang Kewei, Zheng Yijinª¤

ª«(Dept. Of Biol., Shandong Univ., Jinan 250100)ª«ª¤

The study using seven populations of different evolutional soybeans as OTUs and selecting 28 characters involved in morphology and ecology as taxonomic characters,deals with the numerical classification of those populations. Q cluster analysis and graph theory analysis shows these are great diversity among wild soybeans, semi wild soybeans and cultivated soybeans. The results of principal components analysis reveals that the first three principal components comprise 91.05% of information amount of that possessed by 28 characters, which suggest that the characters selected to classify the intraspecific populations of G. soja. are reasonable and the relative position among the populations can be successfully depictured in the threeª²dimensional space.ª¤

Õª Òª ²ÉÓÃÏËάËØÇíÖ¬ÌÇË«²ãƽ°åµÄ·½·¨£¬ÓÉÍÁÈÀÖзÖÀë´¿»¯³öÒ»ÖêºÃÑõÐÔÏËάËؽµ½â¾ú.ͨ¹ý¶ÔÐÎ̬ѧÌØÕ÷¼°ÉúÀíÉú»¯Ñ§ÌØÕ÷µÄÑо¿£¬³õ²½¼ø¶¨¸Ã¾úΪÉúæßÊÉÏËάϸ¾úª«£¨Sporocytophaga).

ÖÐͼ·ÖÀàºÅ Q933

Qi Fei, Zhang Yingshu, Gao Peiji ª¤

ª«£¨State Key Laboratory of Microbial Technology , Shandong Univ£®, Jinan 250100£©ª«ª¤

ABSTRACTª¤ª¥

A strain of cellulolytic bacterium was isolated from soil by cellulose-agarose double-layer plate. The properties of morphology and physiology of this strain was studied.According to ¡¶Bergey¡äs Manual of Systermatic Bacteriology¡·£¬The stran was identified as a member of the genus of Sporocytophagaª«.ª¤

Key words Sporocytophaga£»Cellulose-agarose double-layer plate; Transmission electron microscope

Õª Òª ÒÔ±¾ÊÒ±£´æµÄÒ»ÖêÏËάËØø²úÁ¿½Ï¸ßµÄÄ⿵ÊÏľùΪ³ö·¢¾úÖ꣬¾­×ÏÍâÓձ䴦Àí£¬ÓÃÆÏÌÑÌÇ(ÌݶÈŨ¶È)ÏËάËØË«²ãƽ°åÑ¡Óý£¬ÔÚº¬ÆÏÌÑÌÇ(4%)ÏËάËØË«²ãƽ°åÉÏ»ñµÃÒ»ÖêÆÏÌÑÌÇŨ¶È¸ß´ï10% ÈÔÄܲúÉúÏËάËØË®½â͸Ã÷ȦµÄÍ»±äÖêUV¢ó£®ÅàÑø6d£¬¸ÉÇúµÄCMCø»î¡¢FPø»îºÍ¦ÂGø»î·Ö±ð¿É´ï1145.7 u/g¡¢55.6 u/gºÍ24 u/g£®·Ö±ðÊdzö·¢ÖêµÄ2.4±¶¡¢3.4±¶ºÍ12.6±¶£®ª¤

ÖÐͼ·ÖÀàºÅ Q939ª¤

ª¤ª«(State Key Lab. Of Microbial Technology, Institute of Microbiology,ª¤

Shandong Univ., Jinan 250100)ª«ª¤

A mutant from Trichoderma pseudokoningii, which can synthesize cellulases when high concentration glucose exists, was obtained by using agar plate screening techniques. The mutant strain was isolated from the agar plate, which contains 4% glucose. This strain is resistant to catabolite repression by glucose and it produced clear catalytic zones on agar plates with 10% glucose. In solid state fermentation, the mutant strain produced high CMCase, FPase, and beta-Gase activities, which were 1145.7 u/g dry weight, 55.6¡¡u/g dry weight, 24.0¡¡u/g dry weight after 6 days' culturing. And these were 2.4, 3.4,12.6 times that of the starting strain, respectively.ª¤

Key words cellulase; resist£»glucose ª¤