Monday, February 8, 2010
重要常識--銀鹽系統
現在的沖印系統,叫銀鹽系統,顯像過程是一種化學反應。
完整的沖印過程如下:相紙曝光→強鹼顯影→強酸定影。
因為酸鹼中和之後會產生鹽,所以用水把鹽沖掉、曬乾,相片就完成了。
正常要至少半個小時的水洗,鹽分才會完全沖掉。
但是現在為求快速,改用輪子把鹽分擠掉,所以一定會有很大量的殘存鹽,
毒的就是這些鹽。
有多毒呢?
足夠讓不鏽鋼生鏽了。
這麼毒,為什麼還要用快速沖印系統呢?
不要問我,我也很不願意? I
誰叫你們都要老闆半小時交件..
請切記:
千萬不要,親吻相片。
千萬不要,拿相片墊食物。
千萬記得,拿完相片一定要洗手。
還有,要記得將此訊息傳給其他不知道的人。
--- 本郵件來自HiNet WebMail ---
Posted by
chiatak
at
10:44 AM
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Thursday, November 19, 2009
Tuesday, November 17, 2009
第一天开工
今天,第一天开工,有点“闲”咯!但我发觉SONY ERICSSON有很多功能很多人都不懂的。不错啦,还学到东西。。哈。。
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chiatak
at
10:31 PM
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Monday, November 16, 2009
Wednesday, September 16, 2009
讓你上癮的9種健身方式
我們缺少的只是一種健身機制,一種把日常健身變成習慣的機制。如果健身能像每天的刷牙、洗臉一樣習以為常,那麼你還會為“計劃趕不上變化”而煩惱嗎?美國健身專家和教練提煉出了9種方法,幫你健身上癮。
1.學會獎賞自己
對:只要堅持健身1年,就去……
錯:這和健身有什麼關係?
2.目標要高,但不能高不可及
對:具體目標--我每天要走20分鐘。
錯:抽象目標--我要更努力地鍛鍊。
3.記下自己的進步
對:堅持記錄自己的健身過程。
錯:我昨天干什麼了?忘了!
4.“微型”健身運動
對:隨時隨地動一動。
錯:今天很忙,實在沒時間鍛鍊了。
5.找一個合適的夥伴
對:一個有健身計劃的朋友。
錯:單獨健身。
6.多種健身運動選擇
對:精彩紛呈的健身方案。
錯:只做自己喜歡的項目。
7.天天鍛鍊
對:每週運動3-5天。
錯:已經2天以上不去鍛鍊了。
8.制訂備用方案
對:錯過就錯過了,只要明天更努力。
錯:無法繼續,因為有障礙。
9.給健身留出時間
對:上午8:00,我的健身時間到了!
錯:算了,晚上要加班,不去健身中心了。
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chiatak
at
3:45 PM
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Saturday, September 12, 2009
Human






























HUMAN BEINGS ARE SUCH SMALL CREATURES, AREN'T THEY?
SO DON'T BE TOO WORRIED ABOUT EVERYTHING,
TREASURE EVERY MOMENT, DO WHAT YOU WISH TO DO.....
BROADEN YOUR VIEW, BROADEN YOUR MIND,
DON'T WORRY TOO MUCH ABOUT THINGS THAT ARE BOTHERING YOU,
DO TREASURE YOUR LOVE, LIVE SAFELY AND PEACEFULLY,
ALWAYS BE HAPPY TO WELCOME THE COMING OF THE NEW DAY....... ENJOY THE SUNSHINE ..
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chiatak
at
2:44 PM
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Thursday, September 10, 2009
男孩子都不知道
实很多男孩子都不知道,
其实很多男孩子都不知道,女孩子只会对自己喜欢的男生唠唠叨叨,
于是,你们时常争吵,你认为她脾气不好,她认为你不够迁就她。
要知道,凄美依然是美的一种,并且美的绚丽悲凉而沧桑,那是更加的美。
她从来都不知道,这个世界上根本没有可以让她哭的人,
请你张开你的耳朵,
如果你喜欢她,请你多陪她;
在爱情里,总是彼此伤害,彷佛这样才能证明自己爱得激烈爱到轰轰烈烈。
更不要什么话都不讲就冷漠离去。
要知道,你离去的时候,你的眼睛起了雾,她的眼角泛着泪光。
请记住,相爱的人不要轻易宣战,因为冷战带来的伤害,超出你的预计。
Posted by
chiatak
at
2:27 PM
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Tuesday, July 28, 2009
Nokia SL3 based

Nokia SL3 based - Facts & Fiction
But I would like start from the beginning, when Nokia Company introduced on the market BB5 phones with new security system SIMLOCK was impossible to unlock. For long time we waited to update our software to be able to fully service these phones - SIM-Lock too.
At this time almost any type of lock on BB5 type with SL2 is possible to unlock. Right now Nokia have completely changed the firmware in the handsets with SL3 Security Zone.
At the moment any attempt to downgrade or unlock the handset ends from damage security zone. The most common symptoms are:
* Contact Service
* damaged IMEI - 12345678901?
* white blinking
* NOKIA logo freeze
* Security 'Failed to Read'
* dead handset
Called by Nokia, new idea - Protected Application PA_SL3 (SimLockx; x=2 , x+3) that protects the functions which are executed by special applications. Security zone formatted by 'ProtectedApp_SL' application isn't compatible with PA_SL2 application and vice versa yet - totally modyfied EEprom in flash.
All currently manufactured phones have the SL3 structure and I am sure that it will be more in the future. In addition, Nokia complete rebuilding system of RPL counting by the RPL server.
What mobiles are SL3 right now ?
based on different CPU types, but new MCU SW security SimLock3 - 'SL3' (T-Mobile & Orange)
* 5310 MCU v58.58, v59.42 (RM-303)
* 6300 MCU v57.20 (RM-217)
* 6500c MCU v59.45 (RM-265)
* 6500s MCU v59.60 (RM-240)
* ... (more in future)
After downgrade phone coming to dead. But after restore oryginal MCU SW phone will alive.
From where get fresh firmware packages:
* 5310 RM-303 - MCU SW 58.58, MCU SW 59.42
* 6300 RM-217 - MCU SW 57.20
* 6500c RM-265 - MCU SW 59.45
* 6500s RM-240 - MCU SW 59.60
Warning!
Don't try do SIM-Lock and downgrade your handset because then you could just say: bye bye my darling phone ..
Posted by
chiatak
at
1:19 PM
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Tuesday, July 14, 2009
Saturday, July 4, 2009
爱情故事
你迟到,她向你发脾气,因为她紧张你,她不愿意浪费跟你相处的每一分钟 你喝酒SK,她向你发脾气,是因为她担心你的身体健康,她希望跟你长长久久,白头到老。
你身上被发现有别的女人气息,眼里有别的女人的身影,她向你发脾气,是因為她在乎你,你是她的所有,她不想跟别人分享你。
你忘记她的生日忘记纪念日忘记承诺,她向你发脾气,是因她对你有所期待,她并不会要求一个陌生人记住她的生日,不需要其他人和她拥有特别的日子,不愿意接受其他人的誓言.
Posted by
chiatak
at
5:18 PM
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你能分清楚爱和喜欢吗?
當你喜歡一個人時,你想和他在一起,因為他會帶給你快樂;
離開後,你會想念,想著想著就會笑,然後繼續你平靜的生活,並期待著與他再一次重逢。
當你愛一個人時,你想和他在一起,那是一種牽腸掛肚的捨不得,怕他受委屈,怕他不能好好照顧自己;
離開後,你也會想念,想著想著歎一口氣,'不知他現在過的怎樣?'
然後你繼續你平靜的生活,希望他早日回到你身邊。
你喜歡的人在你眼中是天使,無所不能,他總會滿足你的任性的要求。
你愛的人在你眼中是孩子,傻傻的,你不期望他做出什麼'好事'來,只一味縱容他那些讓人哭笑不得的舉動。
你會希望你喜歡的人陪著你,然而你心中想的可能是你愛的人;
你會希望陪在你愛的人身邊,看他在你面前睡得如此安逸甜美毫不設防的樣子,你會微笑,會覺得好幸福。
你喜歡的人傷害了你,你會生氣,並且一定要讓他哄著騙著逗你笑你才原諒他;
你愛的人傷害了你,你只會獨自傷心,因為你怕對他大吼大叫會嚇著他,你憂傷地微笑著,看著他的眼睛,
一旦發現他的眼裡流露出歉意和悔恨,你會立即心疼地摟他在懷裡,那一刻,你也是幸福的。
你可以同時喜歡很多人,你會希望和很多人在一起,
但也許很多年後你才發現,原來你愛的就只有那麼一個,
就那麼一個,怎麼都不會變,你以為把他忘記了,其實只是忙的沒空想起而已,
對於你喜歡的人,你關注的是他的優點;
對於你愛的人,你關注的是他的缺點,並且,那些缺點如果無關原則的話,它們在你眼裡是可愛的,獨一無二的。
喜歡和愛其實只有一紙之隔,任何愛都從喜歡開始,當有天你突然發現,你喜歡的那個人在你眼中不再完美,
而他的瑕疵正如月中的桂影一般讓你更加依依不捨,你會覺得與他光彩照人的一面相比,
你更願意看他在你面前無助的表情,不知道是不是應該祝賀你,總之,你的感情昇華了
仰慕不是愛,甚至不是喜歡,當你對一個人只有仰慕之情時,你們在一起便失去了和諧。
有人說愛一個人很累,的確是,因為你想為他承擔,可是愛與喜歡相比最大的魅力就在於,
當你和愛的人在一起時,你的感覺就像回家了!
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chiatak
at
5:11 PM
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Thursday, June 18, 2009
See-Through Frogs, Alien Salamanders, and Spiny Bugs...Oh My
A salamander that looks like E.T., a micosized frog smaller than a fingernail, and a spiny-crested grasshopper. Who says the age of exploration is dead?
It's definitely not for Conservation International (CI). Their scientists have come back with some startlingly vivid images of endangered and never-before-seen critters from a whirlwind trip to the Nangaritza Protected Forest in Ecuador, near the Peruvian border. CI researchers came across at least 15 species of creatures and plants "unknown to science."
One of the most remarkable creatures is the Hyalinobatrachium pellucidum, also called a glass or crystal frog because you can see through its transparent flesh (right down to its guts). This guy's not new, but he's definitely endangered, so the find is heartening for environmentalists.
The purpose of the three-week biodiversity study was to identify species and make conservation recommendations for ecotourism possibilities, which the Ecuadorian locals are entertaining. It also turns out that frogs and insects yield medicinal properties, and a proper population survey is needed to see what else is out there in the forest.
According to Bloomberg, out of 14 million plants and animals in the world, human beings have been acquainted with only about 1.8 million. Below are more images of new friends; you can find other photos and expedition details at CI's site.
Posted by
chiatak
at
5:39 PM
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Friday, May 1, 2009
爬人生的楼梯
有一对兄弟,他们的家住在八十层楼。有一天他们出去爬山,回家的时候,却发现大楼停电了!虽然他们背着一大包的行李,但看来没什么选择,於是哥哥对弟弟说:“我们爬楼梯上去吧!”
哥哥告诉弟弟说:“包包太重了,这样吧!我们把它放在二十楼,先爬上去,等电来了再坐电梯下来拿。”,弟弟说:“好!你真聪明!”,於是,他们就把包包放再二十楼,继续往上爬。卸下了沉重的包袱,轻松多了!
他们一路有说有笑地往上爬。但好景不常,到了四十楼,两人实在累了,想到只爬了一半,往前
看,竟还有四十楼要爬,两人开始互相抱怨,指责对方不注意停电公告,才会落得如此下场。他们边吵边爬,就这样一路到了六十楼。
年。
梦想还留在二十岁,没有完成。你也是如此吗?
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chiatak
at
7:57 PM
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Wednesday, April 22, 2009
年轻人少奋斗8年的10个方法
Posted by
chiatak
at
7:11 PM
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肝硬化,居然有救
馬鈴薯、紅蘿蔔、蘋果三合一鮮汁的功效:
一、防治癌症,抑制癌細胞生長
二、防治肝臟病、腎臟病、胰臟病、胃潰瘍。
三、防治非典型肺炎、心臟病、高血壓。
四、恢復體力,增強體質,提高免疫和自癒能力。
五、恢復眼睛疲勝,消除眼睛乾燥,令雙眼亮麗。
六、治癒腰痛、肩膀痛、膝痛。
七、排除體內毒素,美容顏潤皮膚、治肥胖。
八、根治便秘,痔瘡,根治口臭、胃酸、減低月經痛。
特點:
沒有任何副作用,高營養健康食品,迅速吸收和排毒,令食慾增加,
補氣恢復體力。
材料:
新鮮馬鈴薯(即薯仔)、紅蘿蔔、蘋果各一個。
每個各重約 一百五十克 至
二百克。
榨汁,即榨即飲,切勿存放。
注意:
馬鈴薯發芽處要切除,以免中毒。
新鮮果汁宜清晨空腹飲用。
重症患者,每天下午五時空腹時再飲一次。
飲用後約一小時才可以進食早、晚餐,以免胃液被稀釋,影響消化力。
必須天天飲用不間斷,輕症三週見效。重症三個月見效。
有效病來:
一、二十年口臭頑疾根治
彭先生四十五歲,二十年來口異臭,給社交帶來極大煩惱,中西醫治療無效,去年經親友熱心推介服用新鮮果汁,當時半信半疑試一試,每天清早空腹飲五百C.C.,二個月後口臭完全清除,人變得自信了,新鮮果汁的神奇功效令他佩服,喜不自禁地再三感謝向他推介的親友,解除了他二十年來的苦惱。
二、肺癌得以控制
丁先生耳下生一個腫瘤,被診斷是末期癌細胞,用放射療法之後,癌細胞轉移到肺部,成為肺癌,被宣告已經是到了無法治療的階段。
丁先生以積極的態度,回到家裡實行鮮汁療法。
目前已經控制住癌細胞的蔓延,體力漸漸恢復,而且幾乎可以回到工作崗位。
三、肝炎、花粉症、濕疹
須女士六十八歲,患慢性肝炎、花粉症、濕疹。醫生分析,肝炎惡化,會使食道、胃腸易患癌症。
須女士的父親、叔父、叔母和姐姐都因癌症而去世,她很擔心自己也會得癌症。
承以當她看到馬鈴薯鮮汁對治療癌症有效的文章之後,
就毫不猶豫隨即把馬鈴薯配合蘋果一起
榨成鮮果汁,如此更可口易喝,她把鮮汁視為「生命之水」,一回氣就全部喝完了。
不久,奇蹟出現,二個月後檢查:病情穩定」。四個用後檢查:「接近正常」。
除了肝
炎顯著改善之外,還有二件值得慶幸的意外收穫:
第一:她長年受花粉症的困擾,今年春天沒有出現這種症狀。
第二:以往手腳一吹到冷風,就會出現紅疹,非常痕癢,又稱濕疹。
今年卻一次也沒有。
這都是飲馬鈴薯鮮汁的功效,體質獲得改善,身體的自癒能力增強承致,
須女士現在心情非常愉快。
四、四十年白眼球赤熱,三個月根治
林先生五十八歲,從十七歲開始雙目常赤熱,中醫診斷是「肝經積鬱」,服藥多年無效。西醫診斷說是城市空氣污染承致,最好移居鄉村,但是居住鄉村十幾年,眼未見好轉。由於白眼球長期充血呈紅色,朋友戲稱他外號叫荔枝眼。
去年幸獲讀了三合一新鮮果汁文章之後,每天清早空腹飲五百CC鮮汁,一個月後雙眼明顯好轉,赤熱減退。
三個月後,雙目黑白分明,從此再也沒有赤熱的現象。
五、肝硬化,居然有救
高女士五十九歲,患肝硬化,食道靜脈瘤破裂,大量吐血,皮膚黃
疸,臉和手腳浮腫,終日昏昏睡夢中,多次入院施手術,亦曾經嘗試各種療法和健康食品,但因肝臟太差,承以總是無效。突然在一個契機經朋友介紹,聽到馬鈴薯鮮汁對治癌症有很好效果,於是立刻動手做馬鈴薯鮮汁。
材料是馬鈴薯、紅蘿蔔、蘋果、再加三份一的檸檬汁調味,三種一起榨汁即時飲用,一個小時後才吃早餐。
Posted by
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at
6:28 PM
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Monday, April 20, 2009
Friday, April 17, 2009
Thursday, April 16, 2009
Researchers build tiny batteries with viruses
By manipulating a few genes inside these viruses, the team was able to coax the organisms to grow and self-assemble into a functional electronic device.
The goal of the work, led by MIT Professors Angela Belcher, Paula Hammond and Yet-Ming Chiang, is to create batteries that cram as much electrical energy into as small or lightweight a package as possible. The batteries they hope to build could range from the size of a grain of rice up to the size of existing hearing aid batteries.
Batteries consist of two opposite electrodes -- an anode and cathode -- separated by an electrolyte. In the current work, the MIT team used an intricate assembly process to create the anode.
Specifically, they manipulated the genes in a laboratory strain of a common virus, making the microbes collect exotic materials -- cobalt oxide and gold. And because these viruses are negatively charged, they can be layered between oppositely charged polymers to form thin, flexible sheets.
The result? A dense, virus-loaded film that serves as an anode.
A report on the work will appear in the April 7 issue of Science.
Belcher, the Germeshausen Professor of Materials Science and Engineering and Biological Engineering; Chiang, the Kyocera Professor of Materials Science and Engineering (MSE); and Hammond, the Mark A. Hyman Professor of Chemical Engineering (ChE), led a team of five additional researchers.
They are MSE graduate students Ki Tae Nam (the lead author), Dong-Wan Kim, Chung-Yi Chiang and Nonglak Meethong, and ChE postdoctoral associate Pil. J. Yoo.
In their research, the MIT team altered the virus's genes so they make protein coats that collect molecules of cobalt oxide, plus gold. The viruses then align themselves on the polymer surface to form ultrathin wires. Each virus, and thus the wire, is only 6 nanometers (6 billionths of a meter) in diameter, and 880 nanometers in length.
"We can make them in larger diameters," Belcher said, "but they are all 880 nanometers in length," which matches the length of the individual virus particles. And, "once we've altered the genes of the virus to grow the electrode material, we can easily clone millions of identical copies of the virus to use in assembling our batteries.
"For the metal oxide we chose cobalt oxide because it has very good specific capacity, which will produce batteries with high energy density," meaning it can store two or three times more energy for its size and weight compared to previously used battery electrode materials. And adding the gold further increased the wires' energy density, she added.
Equally important, the reactions needed to create nanowires occur at normal room temperatures and pressures, so there is no need for expensive pressure-cooking technology to get the job done.
The work is important, too, because energy density is a vital quality in batteries. A lack of energy density -- meaning the amount of charge a battery of a given size can usefully carry -- is what has hampered development of electric cars, since existing batteries are generally too heavy and too weak to compete with gasoline as an energy source. Still, battery technology is gradually being improved and may someday even become competitive as the price of oil escalates.
"The nanoscale materials we've made supply two to three times the electrical energy for their mass or volume, compared to previous materials," the team reported.
The researchers' work was spurred by "growing evidence that 'nanostructured' materials can improve the electrochemical properties of lithium-ion batteries," compared to more conventional batteries based on older technologies, the team wrote in Science.
But to create new battery materials, Belcher noted, special control is needed so just the right amounts of the exotic materials end up exactly where they belong. Cobalt oxide "has shown excellent electrochemical cycling properties, and is thus under consideration as an electrode for advanced lithium-ion batteries."
In earlier research, Belcher and colleagues learned they could exploit the abilities of microbes to recognize the correct molecules and assemble them where they belong.
A new means of inducing this order comes from self-assembly, a tool that is commonly used now in Hammond's lab. "By harnessing the electrostatic nature of the assembly process with the functional properties of the virus, we can create highly ordered composite thin films combining the function of the virus and polymer systems," Hammond said.
This work was funded by the Army Research Office Institute of Collaborative Biotechnologies, the Institute of Soldier Nanotechnologies and the David and Lucille Packard Foundation.
Link: http://web.mit.edu/newsoffice/2006/virus-battery.html
Posted by
chiatak
at
11:42 AM
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Sunday, April 12, 2009
My Dream Phone Nokia E71
我不曾对手机有这么大的兴趣,直到我遇见“它”,我真得很想得到“它”。现在我每天看着‘它”,试用我的视觉化想象力来吸引“它”,我知道我一定会成功。有谁曾买过或用过,请给给意见。。。没用过得也可以给给你们的想法。。。谢谢。。。如果Nokia E71和DiGi的3G一起使用的话,简直是perfect。。。没有话讲。。。



Posted by
chiatak
at
10:09 AM
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Saturday, April 11, 2009
DiGi脫離龜速‧殺入3G無線寬頻大戰
千辛萬苦等了3年多,也拼了近10個月,最近才推出3G通訊服務的DiGi,推介時只字不提“3G” 或“3.5G”,反而以“更快更便宜的寬頻服務”口號,來強調其穩定的平均速率,和最便宜的每Byte數據平均價,殺入本地競爭激烈的無線寬頻網絡市場。
雖然DiGi三四年前就已推出EDGE網絡服務,但作為無線寬頻市場後起之秀,DiGi首席執行員Johan Dennelind還是滿懷信心地表示:“DiGi的目標是在三五年內,瓜分我國三分之一的無線寬頻市場。”
為此,DiGi率先推出的就是目前廣受本地用戶歡迎的無線寬頻上網服務,而延後才考慮推出使用率不高的3G語音和3G視像通話。
推介初期,DiGi的無線寬頻服務範圍,僅在巴生谷主要地區,如:Damansara(白沙羅)、Petaling Jaya(八打靈再也)、雙威(Sunway)和孟沙(Bangsar)。
我們請DiGi的商業策略與新業務總監盧家捷為讀者解惑:
問:惡劣天氣會影響DiGi無線寬頻服務的連線素質嗎?
Posted by
chiatak
at
7:39 PM
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Tuesday, March 31, 2009
真的汉子
林子祥 << 真的汉子 >>
成和败努力尝试
人若有志应该不怕迟
谁人在我未为意
成就靠真本事
做个真的汉子
承担起苦痛跟失意
投入要我愿意
全力干要干的事
谁用敌意扮诚意
行动算了不必多砌词
迷人是这份情意
谁没有伤心往事
做个真的汉子
人终归总要死一次
无谓要我说道理
豪杰也许本疯子
同做个血性男儿
愿同到世间闯一次
强调靠我两手创动人故事
成败也不再犹豫
用我的真心真意
怀着斗志向竞争的圈里追
人生有特殊意义
能改变我的际遇
能演变动人故事
求献身维护正义
这首歌给了我很大的冲劲,希望你们也会喜欢。。。
Posted by
chiatak
at
10:38 AM
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