Page Time: 0.1890s

Memory: 10.6531 MB (Peak: 11.7873 MB)

Queries (12, time: 0.0439s, 23.2%)

  1. SELECT data_key, data_value
    FROM xf_data_registry
    WHERE data_key IN ('options', 'languages', 'contentTypes', 'codeEventListeners', 'deferredRun', 'simpleCache', 'addOns', 'defaultStyleProperties', 'routeFiltersIn', 'routeFiltersOut', 'routesPublic', 'nodeTypes', 'bannedIps', 'discouragedIps', 'styles', 'displayStyles', 'userBanners', 'smilies', 'bbCode', 'threadPrefixes', 'userTitleLadder', 'reportCounts', 'moderationCounts', 'userModerationCounts', 'notices', 'userFieldsInfo')
    Run Time: 0.000772
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLExf_data_registryrangePRIMARYPRIMARY27 26Using where
  2. SELECT data_key, data_value
    FROM xf_data_registry
    WHERE data_key IN ('brListenerClasses', 'brBriviumAddOns')
    Run Time: 0.000159
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLExf_data_registryrangePRIMARYPRIMARY27 2Using where
  3. SELECT *
    FROM xf_brivium_addon
    ORDER BY addon_id
    Run Time: 0.000142
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLExf_brivium_addonindex PRIMARY77 1 
  4. INSERT INTO xf_data_registry
    	(data_key, data_value)
    VALUES
    	(?, ?)
    ON DUPLICATE KEY UPDATE
    	data_value = VALUES(data_value)
    Params: brBriviumAddOns, a:0:{}
    Run Time: 0.000156
  5. SELECT cache_value
    FROM xf_permission_combination
    WHERE permission_combination_id = ?
    Params: 1
    Run Time: 0.000177
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLExf_permission_combinationconstPRIMARYPRIMARY4const1 
  6. SELECT thread.*
    	,
    		user.gender, user.avatar_date, user.gravatar,
    		NULL AS thread_read_date,
    		0 AS thread_reply_banned,
    		0 AS thread_is_watched,
    		'' AS draft_message, NULL AS draft_extra
    FROM xf_thread AS thread
    
    		LEFT JOIN xf_user AS user ON
    			(user.user_id = thread.user_id)
    WHERE thread.thread_id = ?
    Params: 244389
    Run Time: 0.000513
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLEthreadconstPRIMARYPRIMARY4const1 
    SIMPLEuserconstPRIMARYPRIMARY4const1 
  7. SELECT node.*, forum.*
    	,
    	permission.cache_value AS node_permission_cache,
    		NULL AS forum_read_date
    FROM xf_forum AS forum
    INNER JOIN xf_node AS node ON (node.node_id = forum.node_id)
    
    	LEFT JOIN xf_permission_cache_content AS permission
    		ON (permission.permission_combination_id = 1
    			AND permission.content_type = 'node'
    			AND permission.content_id = forum.node_id)
    WHERE node.node_id = ?
    Params: 25
    Run Time: 0.000393
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLEforumconstPRIMARYPRIMARY4const1 
    SIMPLEnodeconstPRIMARYPRIMARY4const1 
    SIMPLEpermissionconstPRIMARYPRIMARY35const,const,const1 
  8. SELECT post.*
    	,
    		thread.*, thread.user_id AS thread_user_id, thread.username AS thread_username,
    		thread.post_date AS thread_post_date,
    		post.user_id, post.username, post.post_date,
    		bb_code_parse_cache.parse_tree AS message_parsed, bb_code_parse_cache.cache_version AS message_cache_version,
    		user.*, IF(user.username IS NULL, post.username, user.username) AS username,
    		user_profile.*,
    		user_privacy.*,
    		signature_parse_cache.parse_tree AS signature_parsed, bb_code_parse_cache.cache_version AS signature_cache_version,
    		session_activity.view_date AS last_view_date,
    		0 AS like_date
    FROM xf_post AS post
    
    		INNER JOIN xf_thread AS thread ON
    			(thread.thread_id = post.thread_id)
    		LEFT JOIN xf_bb_code_parse_cache AS bb_code_parse_cache ON
    			(bb_code_parse_cache.content_type = 'post' AND bb_code_parse_cache.content_id = post.post_id)
    		LEFT JOIN xf_user AS user ON
    			(user.user_id = post.user_id)
    		LEFT JOIN xf_user_profile AS user_profile ON
    			(user_profile.user_id = post.user_id)
    		LEFT JOIN xf_user_privacy AS user_privacy ON
    			(user_privacy.user_id = post.user_id)
    		LEFT JOIN xf_bb_code_parse_cache AS signature_parse_cache ON
    			(signature_parse_cache.content_type = 'signature' AND signature_parse_cache.content_id = post.user_id)
    		LEFT JOIN xf_session_activity AS session_activity ON
    			(post.user_id > 0 AND session_activity.user_id = post.user_id AND session_activity.unique_key = CAST(post.user_id AS BINARY))
    WHERE (
    		(post.thread_id = ?  AND (post.position >= 0 AND post.position < 10) )
    		
    		
    	)
    	AND (post.message_state IN ('visible'))
    ORDER BY post.position ASC, post.post_date ASC
    Params: 244389
    Run Time: 0.015736
    Select TypeTableTypePossible KeysKeyKey LenRefRowsExtra
    SIMPLEthreadconstPRIMARYPRIMARY4const1Using filesort
    SIMPLEpostrefthread_id_post_date,thread_id_positionthread_id_post_date4const1Using index condition; Using where
    SIMPLEbb_code_parse_cacheeq_refcontent_type_idcontent_type_id31const,xenforo.cc.post.post_id1Using where
    SIMPLEusereq_refPRIMARYPRIMARY4xenforo.cc.post.user_id1 
    SIMPLEuser_profileeq_refPRIMARYPRIMARY4xenforo.cc.post.user_id1 
    SIMPLEuser_privacyeq_refPRIMARYPRIMARY4xenforo.cc.post.user_id1 
    SIMPLEsignature_parse_cacheeq_refcontent_type_idcontent_type_id31const,xenforo.cc.post.user_id1Using where
    SIMPLEsession_activityeq_refPRIMARYPRIMARY22xenforo.cc.post.user_id,func1Using where
  9. INSERT  INTO xf_thread_view
    	(thread_id)
    VALUES
    	(?)
    Params: 244389
    Run Time: 0.000087
  10. INSERT INTO `xf_session` (`session_id`, `session_data`, `expiry_date`) VALUES (?, ?, ?)
    Params: c294c2c749aa2cd0e285a5ab786ecbeb, , 1714902707
    Run Time: 0.023117
  11. INSERT INTO xf_session_activity
    	(user_id, unique_key, ip, controller_name, controller_action, view_state, params, view_date, robot_key)
    VALUES
    	(?, ?, ?, ?, ?, ?, ?, ?, ?)
    ON DUPLICATE KEY UPDATE
    	ip = VALUES(ip),
    	controller_name = VALUES(controller_name),
    	controller_action = VALUES(controller_action),
    	view_state = VALUES(view_state),
    	params = VALUES(params),
    	view_date = VALUES(view_date),
    	robot_key = VALUES(robot_key)
    Params: 0, , , XenForo_ControllerPublic_Thread, Index, valid, thread_id=244389, 1714899107,
    Run Time: 0.000126
  12. INSERT INTO xf_bb_code_parse_cache
    	(content_type, content_id, parse_tree, cache_version, cache_date)
    VALUES (?, ?, ?, ?, ?)
    ON DUPLICATE KEY UPDATE parse_tree = VALUES(parse_tree),
    	cache_version = VALUES(cache_version),
    	cache_date = VALUES(cache_date)
    Params: post, 250120, a:66:{i:0;a:4:{s:3:"tag";s:1:"b";s:6:"option";N;s:8:"original";a:2:{i:0;s:3:"[B]";i:1;s:4:"[/B]";}s:8:"children";a:3:{i:0;s:6:"感谢";i:1;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:49:"http://www.chongdiantou.com/wp/archives/2671.html";s:8:"original";a:2:{i:0;s:57:"[URL='http://www.chongdiantou.com/wp/archives/2671.html']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;s:12:"充电头网";}}i:2;s:9:"的投递";}}i:1;s:1636:" 首先,先让我们来回顾一下电池的发展史。1836年,丹尼尔电池诞生(锌铜原电池,现在早就不用了);1859年,铅酸电池发明,一直到今天还是非常常用;1878年,法国的L.梅谢在锌锰电池中用含铂的多孔性炭电极代替二氧化锰炭包,开发了锌空气干电池的技术;1883年,氧化银电池发明(如今常用于手表用1.55V纽扣电池,另有大型化电池组用于卫星、潜艇等高大上的地方)。 1888年,锌锰干电池开始实现商品化; 1899年,镍镉、镍铁电池被发明,这使得镍正极材料体系的电池开始进入人们视野,并延续至今日的镍系电池家族(镍镉、镍氢、镍锌等); 20世纪初期,电池理论和技术发展一度陷入停滞。直到第二次世界大战之后,电池技术才有了新的重大发展; 1947年,实现了镍镉电池的密封化,使镍镉干电池成为可能; 1949年,劲量开发出小型化碱性锌锰干电池,使一次性电池的容量和放电功率都大大提高; 1958年,Harris提出了采用有机电解液作为锂一次电池的电解质,这带来多种一次性锂电池的实用化,包括锂二氧化锰电池(电脑主板电池)、锂亚硫酰氯电池(例如水表上用的ER14505)以及锂-二硫化铁电池,就是常说的锂铁电池; 1988年,南孚创办,开创国产品牌逆袭外资电池先河,目前已经跻身世界五大碱性电池生产商之一; 2009年,耐时掌握锂铁电池核心知识产权,实现全面国产化,在全球市场与劲量一较高下。 ";i:2;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/89a22825f5de6ad.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/89a22825f5de6ad.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/89a22825f5de6ad.jpg_600x600.jpg";}}}}i:3;s:347:" 市面上容易购买到的干电池AA(AAA)主要是碳性电池和碱性电池,不论大超市还是小杂货店都容易购买。镍氢充电电池则相对少见的多,不过也还算能买到。那么,这几种电池区别在哪,又如何正确选择电池呢?下面我们就分别介绍这三种电池。 一、碳性电池 ";i:4;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/5cf497c65520662.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/5cf497c65520662.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/5cf497c65520662.jpg_600x600.jpg";}}}}i:5;s:685:" 碳性电池,学名是中性锌-二氧化锰干电池(zinc-manganese dry battery),最简单的识别方法:电池皮上型号为R6+后缀(五号)/R03+后缀(七号),就是此类电池,后缀S表示普通,P表示高功率,C表示高容量等等。碳性电池放电功率很低,放电容量也很拙计,所以只适合用于低耗电电器,如钟表、遥控器等。 另外,碳性电池的负极就是电池外壳,放电完毕后常常由于外壳破裂而发生电解液泄露,损坏用电设备。最大的优点是价钱便宜,市面上单价常常低于一元,甚至有低于5角的(当然质量就呵呵了)。 二、碱性电池 ";i:6;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/c19be76f9ec0cba.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/c19be76f9ec0cba.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/c19be76f9ec0cba.jpg_600x600.jpg";}}}}i:7;s:1945:" 碱性电池亦称为碱性干电池、碱性锌锰电池、碱锰电池,是目前商品化的锌锰干电池系列中性能最好的品种。碱性电池的型号是LR6(五号)/LR03(七号),前缀L代表碱性(a”L”kaline)。当然可能在数字后面还有后缀,但是不常见。碱性电池采用电解二氧化锰制作环形正极,锌粉和添加剂配置的锌膏作为负极。由于电解液导电性强,正负极材料表面积大大优于碳性电池,以及强碱性条件下对锌-锰体系电化学反应的促进作用,使碱性电池的输出功率和容量都远胜于碳性电池。碱性电池相比于碳性电池更适合于较大功率的用电器,不过随着数码技术的发展,很多用电器堪称电老虎,比如高亮度LED手电筒、闪光灯等。这些用电器电流动辄就上1500mA的,一般碱性电池恐怕也难堪大任。大家最熟悉的碱性电池应该是南孚、双鹿、金霸王、555、麦克赛尔、GP等。 碳性和碱性电池的漏液问题一直是消费者头疼的问题。碳性电池自不必说,用放电过程不断消耗的负极锌兼做外壳,就决定了放电后期外壳很可能破裂漏液,毕竟反应嘛,不一定那么均匀的发生。 虽然碱性电池采用了密封的电池结构,但是碱液有个特点,叫做浸润性,对金属表面吸附能力特强。这造成所谓爬碱现象。在家也能做做模拟实验,找个不锈钢筷子之类的,垂直插入较浓的纯碱水溶液。结果纯碱固体会沿着金属筷子一路向上爬。这个现象实际上是由于吸附在金属表面,处于液面以上的纯碱溶液水分蒸发造成浓度梯度,而使下面的纯碱溶液被“吸”上来蒸发掉。这在碱性电池里头也时有发生,也就是我们常说的的电池漏液现象,漏液并不可怕,主要是腐蚀到昂贵的用电器。电解液泄漏,如下图 ";i:8;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/587fe06ab2f38ad.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/587fe06ab2f38ad.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/587fe06ab2f38ad.jpg_600x600.jpg";}}}}i:9;s:417:" 此外,碱性电池过度放电下负极产生氢气,电池内压升高,为了避免电池爆炸,位于负极泄压阀会打开,排气同时当然也就漏液了。电池漏液是件喜闻乐见又无比蛋疼的事。轻则腐蚀电极影响接触,重则腐蚀电路板昂贵用电器报废。所以,一直以来,电池的一个重要的改进目标就是没有漏液。 三、镍氢充电电池 ";i:10;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/f1b30ea4783ea5c.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/f1b30ea4783ea5c.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/f1b30ea4783ea5c.jpg_600x600.jpg";}}}}i:11;s:1072:" 其实镍氢电池并不是那么好买的。吾常于金陵城鼓楼区内逛遍商场超市,只找到两家出售镍氢充电电池,而且每家都只有一种镍氢电池可选。原因嘛,对于一般用户而言,镍氢电池需要配合充电器同时使用,单次投入过大,对于低强度使用的用户而言并不划算。镍氢电池正极是镍的氢氧化物,负极是储氢合金。镍氢电池输出电压较锌锰干电池更稳定,输出功率更是远远超出锌锰干电池。不过,镍氢电池自放电高于锌锰干电池,即使是使用在低自放电的用电设备中也高于锌锰干电池。这对于低强度长时间使用的用电设备来说,会显著降低电池的有效容量。另外,镍氢电池的容量(2000-2500mAh)本来就略低于碱性电池低电流放电下的容量(2500-3000mAh),因此 若将镍氢电池用于钟表等用电器中,使用时间常常低于碱性电池,还容易造成镍氢电池过放电而损害用电设备的情况。 四、新一代干电池:锂铁电池 ";i:12;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/e8c8f85175ba661.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/e8c8f85175ba661.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/e8c8f85175ba661.jpg_600x600.jpg";}}}}i:13;s:1646:" 锂铁干电池,全称锂-二硫化铁干电池。由于这种电池采用了全新的内部材料,具备多种特性,常常被业界称为第三代干电池。相较于1949年就有的碱性电池而言,锂铁电池的出现确实十分新颖。正极二硫化铁在放电中发生的反应可逆性较窄,因此这种特殊电池用于开发成为充电电池并不适当,而搭配使用不利于充电但容量较高的锂金属作为负极,便可提高可用容量。这使得这种电池十分适用于一次性电池应用,是碳性电池和碱性电池后的最佳替代方案。由于锂和水会产生剧烈反应的缘故,锂铁电池电解液采用的是含锂盐的有机溶剂而非水溶液,相对于碳性电池和碱性电池而言,这种新型的锂铁电池就从材料上杜绝了漏液的风险。同尺寸锂-二硫化铁电池的重量只有碱性电池一半,而放电总能量却比碱性电池高出25%以上。具有明显放电电压平台(大约1.45V),因此相比碱性电池而言锂铁电池放电电压更稳定。放电功率显著高于碱性电池。特别适合在重负载场合使用,如闪光灯、电动工具、电动牙刷、成人玩具、儿童玩具的使用中。同时相比于碱性电池,其漏液率和自放电都更低,因此用于低功率的用电器同样具有一定的优势,但是制约其普及的最大因素是制作成本较高,电池单价可高出碱性电池100%以上。 锂铁电池除了在内部材料上跟碳性、碱性电池有着本质区别,在生产工艺上也完全不同,下面是锂铁电池的详细诞生过程。 ";i:14;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:65:"http://static.cnbetacdn.com/article/2016/0718/a50c063c4f1ae8a.jpg";}}i:15;s:70:" 上图就是锂铁电池正极的原材料:二硫化铁粉末。 ";i:16;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/29dd5509eec3fbf.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/29dd5509eec3fbf.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/29dd5509eec3fbf.jpg_600x600.jpg";}}}}i:17;s:115:" 烘干区,电池的极片在经历过搅拌后,会在烘干区烘干,让原浆完美吸附在极片上。 ";i:18;a:4:{s:3:"tag";s:3:"url";s:6:"option";s:65:"http://static.cnbetacdn.com/article/2016/0718/2532a4fd07a6a5b.jpg";s:8:"original";a:2:{i:0;s:73:"[URL='http://static.cnbetacdn.com/article/2016/0718/2532a4fd07a6a5b.jpg']";i:1;s:6:"[/URL]";}s:8:"children";a:1:{i:0;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:83:"http://static.cnbetacdn.com/thumb/article/2016/0718/2532a4fd07a6a5b.jpg_600x600.jpg";}}}}i:19;s:88:" 这一大块是铝箔,负极的原材料就是需要完美吸附在它的上面。 ";i:20;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:65:"http://static.cnbetacdn.com/article/2016/0718/7b57ff1f0fdeb53.jpg";}}i:21;s:67:" 储存好的极片会被切割成一片片,并点上极耳。 ";i:22;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:65:"http://static.cnbetacdn.com/article/2016/0718/ec5502aaa2b9104.jpg";}}i:23;s:88:" 锂铁电池三层安全阀门,防爆,防漏,防短路,很安全的样子。 ";i:24;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/3e6562effb801e780636ed94f884e82c.jpg";}}i:25;s:67:" 锂铁电池的正极,还没有注入电解液前的样子。 ";i:26;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/6354def88aa997499075928ddab6dd6f.jpg";}}i:27;s:58:" 这就是马上要注入特别调配的电解液咯! ";i:28;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/647c410fe173bcd9505fce78023f6182.jpg";}}i:29;s:182:" 当然啦,每颗电池也会抽样做身体检查。准备给各式各样的电池照肺啦!好多电池,好像在选糖。这个是专门给电池照x光的机器 x-ray。 ";i:30;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/60659094cc91848042a6f1e53a4585a8.jpg";}}i:31;s:147:" 主要是想给大家展示一下,碱性电池和锂铁电池从结构上的不同,透过x-ray,让我们看看电池内部长什么样。 ";i:32;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/423599b671ec0a82b477fbd79058489f.jpg";}}i:33;s:2:" ";i:34;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/93ca876c5df52bbc81a3c2b1ac8ab249.jpg";}}i:35;s:107:" 没想到电池的x光照片也能看得这么清楚。所以大家有看懂么?能看出区别么? ";i:36;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/aec542f98173256ae65d494177c82976.jpg";}}i:37;s:2:" ";i:38;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/10e5b70a93a958231f3e0cb5e4d0d574.jpg";}}i:39;s:2:" ";i:40;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/33edb6bf1f9feae36653868a022c3dcb.jpg";}}i:41;s:2:" ";i:42;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/942111e7ba9302802b2177fbcbcb7d85.jpg";}}i:43;s:331:" (图片来自知乎) 如图所示2就是碱性电池内部结构,简单来讲碱性电池大多数为锌锰电池,内部填充的物质为水剂电解液。下面是锂铁电池即将被打开的样子。警示:大家平时不可以随便打开电池哟!里面的电解液都是化学物质,会腐蚀皮肤的。 ";i:44;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/06d20cdc1f8dfbd7ace60af865dbb335.jpg";}}i:45;s:2:" ";i:46;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/21c7840b6f05e0be70277a45f94b1b58.jpg";}}i:47;s:71:" 本宝宝是在专业人员的协助下,才敢放心hold住的。 ";i:48;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/c01b66c05a8fecbbf6dd1d40aeca09bb.jpg";}}i:49;s:70:" 可以看到耐时锂铁电池的内部也是卷绕式的结构。 ";i:50;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/fdf2321ae0aa97476e51bf0a87c12ec0.jpg";}}i:51;s:2:" ";i:52;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/90cc298303e0793f225824079ed05686.jpg";}}i:53;s:2:" ";i:54;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/80c1f483f9365013ce3860b432ff2135.jpg";}}i:55;s:2:" ";i:56;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/3824b69c4d88fd497680255a583ceb39.jpg";}}i:57;s:152:" 锂铁电池的结构图,怎么说呢,是不是有一种深深的虽然看不明白,但又觉得很厉害的感觉。我偏不说那4个字。 ";i:58;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/0efdf824bc95a8836857f2c29a067b26.jpg";}}i:59;s:2:" ";i:60;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/ce087147837aabfbf642b5b005ebc023.jpg";}}i:61;s:2:" ";i:62;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/977eaff1e88ac2c101f70195652663f5.jpg";}}i:63;s:2:" ";i:64;a:4:{s:3:"tag";s:3:"img";s:6:"option";N;s:8:"original";a:2:{i:0;s:5:"[IMG]";i:1;s:6:"[/IMG]";}s:8:"children";a:1:{i:0;s:107:"http://tc.sinaimg.cn/maxwidth.800/tc.service.weibo.com/note_youdao_com/d8cbe05144d12f622c8f205addca79a6.jpg";}}i:65;s:1026:" 通过对一次性电池的历史回顾,以及暴力拆解、x-ray剖析,让我们对碳性电池、碱性电池、锂铁电池三者有了清晰了解,以及三者之间的本质区分。这三类电池,可谓各有优势,较第一代碳性和第二代碱性电池而言,第三代锂铁电池优势更为明显。其中最为突出的性能优势:能够完全兼容1.5V用电平台设备;特别适用于大电流放电;电量充足,其实际放电容量超过市面上在售的所有民用一次电池;温度范围比其他一次电池宽广得多,低温性能优异,可用在-40℃至60℃环境下;体积小、重量轻、防漏液;自放电低,可贮存长达10年;不含对环境有害的材料,无汞无铬从原材料上实现真正的零污染。正是基于以上优点,锂铁电池常常被业内称为继碳性电池、碱性电池后的第三代一次电池,是目前一次性电池最理想的替代方案,更成为众多国家地震和战时应急包里的必备品。";}, 1621686945, 1714899107
    Run Time: 0.002478

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  62. library/XenForo/Phrase.php
  63. library/XenForo/Locale.php
  64. library/XenForo/ControllerHelper/ForumThreadPost.php
  65. library/XenForo/ControllerHelper/Abstract.php
  66. library/XenForo/Model/Thread.php
  67. library/SV/RedisCache/XenForo/Model/Thread.php
  68. library/BestAnswer/Model/Thread.php
  69. library/BestAnswer/Model/BestAnswer.php
  70. library/XenForo/Model/Forum.php
  71. library/XenForo/Helper/String.php
  72. library/XenForo/Model/Post.php
  73. library/FreddysHouse/SignatureOnce/Event/LoadClassModel.php
  74. library/BestAnswer/Model/Post.php
  75. library/FreddysHouse/SignatureOnce/Model/Post.php
  76. library/XenForo/Model/Attachment.php
  77. library/XenForo/Model/Node.php
  78. library/XenForo/Route/Prefix/Categories.php
  79. library/XenForo/Route/Prefix/Forums.php
  80. library/XenForo/ControllerResponse/View.php
  81. library/XenForo/ControllerResponse/Abstract.php
  82. library/XenForo/Helper/Cookie.php
  83. library/XenResource/Listener/Template.php
  84. library/XenForo/ViewRenderer/HtmlPublic.php
  85. library/XenForo/ViewRenderer/Abstract.php
  86. library/XenForo/Template/Public.php
  87. library/XenForo/Template/Abstract.php
  88. library/XenForo/ViewPublic/Thread/View.php
  89. library/XenForo/ViewPublic/Base.php
  90. library/XenForo/View.php
  91. library/XenForo/BbCode/Parser.php
  92. library/XenForo/BbCode/Formatter/Base.php
  93. library/XenForo/ViewPublic/Helper/Message.php
  94. library/XenForo/BbCode/TextWrapper.php
  95. library/WhoHasVisited/Listener.php
  96. library/XenForo/Route/Prefix/Members.php
  97. library/XenForo/Template/FileHandler.php
  98. library/XenForo/Helper/File.php
  99. internal_data/templates/S.1,L.7,thread_view.php
  100. library/Brivium/RMDownloadTracker/EventListener/Listener.php
  101. library/XenForo/Route/Prefix/Posts.php
  102. library/XenForo/Model/Avatar.php
  103. library/XenForo/Helper/Criteria.php
  104. library/XenForo/Debug.php
  105. internal_data/templates/S.1,L.7,PAGE_CONTAINER.php
  106. internal_data/templates/S.1,L.7,xengallery_tab_links.php
  107. internal_data/templates/S.1,L.7,resources_tab_links.php
  108. library/XenForo/ViewRenderer/Json.php