好想告诉你_歌词

好想告诉你OP是きみにとどけ 。

日文歌词是。
优しい阳だまりに
チャイムがディレイする
頬を抚でる风
息吹は深くなってく
远回りの涙
名前付けた明日
重なる未来のライン
あどけないこんな気持ちも
はじけ飞ぶほど笑いあえた日も
大切に育てていけるように
途切れ途切れの时を越えて
たくさんの初めてをくれた
系がってゆけ 届け

放课后の夕暗
笑え君の背中
密かな嗫き
触れた事の无い思いの中
仆の中の君と
君の中の仆で
络まる未来色のライン
雨上がりの街の匂いと
梦见たいな秘密胸に抱いて
何度も泣きそうになってまた笑う
考えるよりずっと早く
その胸に飞び込めたらいい
系がってゆけ 届け

何よりも大事な君の前で
伤つかないよう大事にしていたには
そう自分 その一言もしも
さよならの代わりになってしまっても
ありのまま全て

あどけないこんな気持ちも
はじけ飞ぶほど笑いあえた日も
大切に育てていけるように
ほんの少し大人になってく
君になりたい仆を超えて
系がってゆけ
今すぐ君に届け

中文翻译。
阳光慵懒的午后
上课铃放慢了脚步
轻抚过脸颊的微风
让呼吸变得深沉
迂回曲折的眼泪
赋予名字的明天
交织成一条未来的轴线
如此天真无邪的感情
和绽放微笑的相遇之日
必将在心中呵护成长
跨越过断断续续的日子
给予我无数的初体验
只想将这份心意 告诉你




放学后的黄昏下


望着前面谈笑的你

我默默自语

品味着从未体会的心情
在我心中的你

与你心中的我之间

当未来的轮廓线 渐渐缠在一起

拥抱着雨过天晴的芬芳

胸怀着梦幻般的秘密心事

多少次因为有你才破涕为笑
要是我能抛开重重的心绪

飞快扑到你的怀中该多好

只想将这份心意 告诉你




明明面对着最为在意的你

为何从前的我却更在意自己会受伤

即使这一句话说出口

就意味着再见

我也要说出 心中的一切




如此天真无邪的感情

和绽放微笑的相遇之日
必将在心中呵护成长

我要一点点学会长大成人

超越只会憧憬着你的自己

想和你紧密相连

马上将这份心意 告诉你


来自幻樱字幕组。
1 A person’s name is very important. Some names also have special meanings in popular American expressions. To better understand what I mean, sit back and listen. You might even want to get a cup of Joe, I mean, a cup of coffee.
One day, an average Joe was walking down the street. An average Joe is a common person – either male or female. This average Joe was lost. He did not know Jack about where he was going. By this, I mean he did not know anything

about where to find things in the city.
So average Joe asked John Q. Public for directions to the nearest bank. John Q. Public is also a common person – male or female.
"Jeez Louise," said John Q. Public. This is an expression of surprise. "Jeez Louise, don’t you know that all banks are closed today? It is Saturday."
"For Pete’s sake," said average Joe. This is also an expression used to show a feeling like surprise or disappointment.
"For Pete’s sake. I do not believe you," said average Joe. He was being a doubting Thomas, someone who does not believe anything he is told.
At that moment, Joe Blow was walking down the street with a woman. Joe Blow is also an expression for a common man. Now this Joe Blow was NOT walking next to a plain Jane. A plain Jane is a woman who is neither ugly nor pretty. She is simply plain. No, the woman with Joe Blow was a real Sheila – a beautiful woman.
Average Joe asked the woman if all banks were closed on Saturday. "No way, Jose," she answered. This is a way of saying "no." "No way, Jose. Many banks are open on Saturdays."
Average Joe did not know either of these two people from Adam. That is, he did not know them at all. But he followed their directions to the nearest bank.
When he arrived, he walked to the desk of the chief bank employee. Now this man was a true Jack of all trades. He knew how to do everything.
"I am here to withdraw some money so I can pay my taxes to Uncle Sam," said average Joe. Uncle Sam represents the United States government. The banker produced some papers and told average Joe to sign his John Hancock at the bottom. A John Hancock is a person’s signed name – a signature. Historically, John Hancock was one of the signers of the United States Declaration of Independence. Hancock had a beautiful signature and signed his name larger than all the others.
As average Joe left the bank he began to sing. But sadly, average Joe was not a good singer. He was a Johnny One Note. He could only sing one note.





2 Thousands of peaceful demonstrators gathered outside the Supreme Court in Washington, DC this week. They were there to show their support for or opposition to same sex marriage. They hoped to have an effect on the justices inside who spent two days listening to arguments.
One case seeks to block California’s 2008 ballot measure known as Proposition 8. The measure banned same sex marriage in the state.
The second case involves a 1996 law known as the Defense of Marriage Act. It defines marriage as only between a man and a woman. It also denies same sex couples certain federal benefits that married heterosexuals receive. They include Social Security survivor payments and certain tax deductions.
Attorney Ted Olson represented California gay couples who want to marry. He spoke after the hearing.
“The broadest that argument we made is that it is just wrong. It is not consistent with the ideals, and the laws and the constitution of this country to take ou

r gay and lesbian brothers and sisters and put them in a class and deny them rights that we give to everyone else.”
Attorney Charles Cooper argued in support of the ban against same sex marriage.
“We believe that Proposition 8 is constitutional and that the place for the decision to be made regarding redefining marriage is with the people, not with the courts.”
John Lewis opposes the ban. He wants the court to settle the issue once and for all.“We are Americans. And we are here on the steps of the United States Supreme Court because every single American, without exception, should have the freedom to marry the person that they love.”
Gay rights activist Michelle Bailey was also there.
“I was born here. I pay taxes. I deserve equal rights.”
Dominic Parisi and his husband Dan Zimmerman also came out to show their support for same sex marriage. Mr. Parisi said the show of support in front of the Supreme Court sends a message to government leaders.
“I see the country going much faster than the court. We have been together for 29 years. Actually, I’ve been going faster than the court for many years, so I think it’s time for the court to catch up.”
Dan Zimmerman said the push for gay rights is a grassroots effort led by the people.
“I think basically the people are going to have to drag the politicians after them. I am surprised that the country has reached this point, but proud that we have.”
Recent public opinion studies show a major change in attitudes towards gay marriage over the past several years. Some reports put support for gay marriage at more than 50 percent. Nine states and Washington, DC currently recognize same sex marriage.
But even with the change in public opinion, a large number of Americans still resist same-sex marriage. Peter Sprigg is with the Family Research Council, a conservative activist group in Washington.
“Society needs children. Children need a mom and dad. That is why we think marriage should be defined as the union of one man and one woman.”
Shirley Phelps-Roper belongs to an anti-gay church in Kansas. She also made the trip to Washington to show her opposition.
“When the Supreme Court does this thing, it’s going to be the last straw. This nation’s destruction is imminent.”
Andrew Pugno is with the Protect Marriage Coalition. He worries that the court could rule in such a way that would open the way for gay marriage in all 50 states.
“A victory here for us means that this issue returns to the people and their legislatures and their elected representatives where the debate belongs.”
Several members of the high court are considering the issue with care, including Justice Samuel Alito.
“You want us to step in and render a decision based on an assessment of the effects of this institution, which is newer than cellphones or the internet?”
Rulings in both cases are expected at the end of June. No matter the decision, supporters of same sex marriage outside the co

urt said this week will be remembered as a historic moment in the struggle for equal rights for gay and lesbian Americans.





Electronic medical records are not only for wealthy, industrialized countries. A test project in Southern Africa suggests that using computers to store medical information may also be a good investment in poor countries.
Electronic medical records have been used for about ten years in Malawi to follow the progress of patients with HIV. Now the program is being expanded at Queen Elizabeth Central Hospital in Blantyre. The program is called SPINE – Surveillance Program of Inpatients and Epidemiology. It has three goals. The first is collecting basic information about patients’ medical problems. Dr. Miguel San Joaquin says the second goal is to look for changes in the health of all patients with HIV.
“For example, there are issues like how are antiretrovirals working. Are certain diseases like pneumonia going down because of the introduction of new vaccines, and so on and so forth.”
Dr. San Joaquin says the third goal is to help individual patients directly. Patients receive clearly printed information when they leave the hospital so they understand how to take their medicine and what they should do next. This paper is included in a document called a health passport and replaces handwritten instructions that patients received in the past.
“Now there is a very neat and clear prescription on a piece of paper that is attached inside their health passport for their benefit.”
The electronic information also gives health officials new tools to deal with outbreaks of disease or other health emergencies.
There are some challenges that make it difficult to use electronic medical records more widely. Dr. San Joaquin says it takes time to put information into a computer. Electricity often fails and so do computers. It also costs about $200,000 to start an electronic records program. For the hospital in Malawi, those costs were covered by donations from Europe.
The United Nations Global Strategy for Women and Children’s Health has a goal of saving the lives of 16 million mothers and children in 75 target countries by 2015. All of these target countries have been directed to include electronic records and other information technology in their national health care systems.




And I’m Christopher Cruise. Today we report on recent scientific findings about the planet Mars. We tell about tests of Martian rock gathered by the American space agency’s rover vehicle “Curiosity.” We tell about plans to send another spacecraft and possibly human beings to the red planet. We also explain what scientists have learned from a Martian rock that was found in the Sahara Desert.
The American space agency recently reported that the planet Mars once could have supported micro-organisms, extremely small life forms. The announcement came two weeks ago, after the agency’s Curiosity rover examined a rock on Mars

. It was the first sample of rock powder ever collected and tested on the red planet.
Last month, space agency engineers received pictures from the rover, formerly called the Mars Science Laboratory. The images showed Curiosity carrying rock particles.
Curiosity used a drill on its two-meter long robotic arms to cut into the rock and collect about ten grams of powder. Space agency officials called the drilling, the biggest success for the Curiosity team since the rover landed on Mars last August.
Joel Hurowitz works for the Jet Propulsion Laboratory in California. He told reporters that the Curiosity team was excited to see that the material was gray, not red -- the color normally linked to the Martian surface.
“It’s pretty exciting to us that you just sort of brush beneath this surface veneer and the rocks are a completely different color. So, we’re sort of seeing a new coloration for Mars here, and it’s an exciting one to us.”
The color orange is often a sign of oxidized iron. American scientists say oxidation destroys organic material. They say the gray coloring of the powdered rock could mean organic compounds are better-protected.
That is the sound of Curiosity’s test double, cutting a rock here on Earth. The test double is an exact copy of the vehicle on Mars.
Louise Jandura is the sample system chief engineer for Curiosity. She has been working on the project for nearly eight years. She spoke to reporters last month. She described the successes of Curiosity as historic -- both for the space program and the United States.
“This is the first time any robot, fixed or mobile, has drilled into a rock to collect a sample on Mars. In fact, this is the first time any rover has drilled into a rock to collect a sample anywhere but on Earth.”
Louise Jandura described Curiosity’s drilling equipment as a major step forward.
“It allows us to go beyond the surface layer of the rock, unlocking a kind of ‘time capsule of evidence’ about the state of Mars, going back three or four billion years.”
After the drilling was done and the powder collected, the small laboratory on Curiosity began a series of tests. Then, earlier this month, came the surprising announcement: American scientists said the test results led them to believe there was once life on Mars.
The rock sample came from an area on Mars called Yellowknife Bay. The area had some of the chemicals required to support life as we know it. They include oxygen, hydrogen, nitrogen and carbon.
Scientists believe Mars was once a warmer, wetter environment before turning into a freezing dry desert. Michael Meyer is the lead scientist of the Mars Exploration Program. He spoke at the space agency’s headquarters in Washington.
“This was an ancient environment with the right elements, minerals indicating a near-neutral environment and slightly salty liquid water, all the pre-requisites to support life -- a habitable environment.”
Researchers say the Martian bedrock

showed evidence of many periods of wet conditions. And they say there are clay minerals in the rock sample. These minerals are evidence of water.
John Grotzinger is a Curiosity project scientist at the California Institute of Technology.
“Landing there and then almost right off the bat we do find evidence of water and we see an ancient river bed. We’re now finding an environment in the near subsurface, you know not too far beneath the oxidized layer, sort of a neutral rock. All the things that we were really hoping for, to find a place that could have been habitable in its past.”
He also says the water that was once on Mars would have been safe enough to drink.
“We have found a habitable environment that is so benign and supportive of life that probably if this water was around and you had been on the planet, you would have been able to drink it.”
It is important not to overstate the discovery. As the Associated Press noted, “despite the excitement over achieving one of the mission’s main goals, it has yet to find complex organic molecules considered the chemical building blocks of life.”
The six-wheeled, nuclear-powered Curiosity has been exploring within a deep, 150-kilometer-wide area called Gale Crater. Now, it will move to a place called Mount Sharp.
The project is expected to last two years and cost $2.5 billion. Curiosity is not designed to look for microbes that may be alive on Mars today or inspect remains of life forms that no longer exist.
Curiosity is the first Mars rover, but not the only one. The American space agency says it plans to send another rover, called Opportunity, to the red planet in 2020. Opportunity would be part of NASA’s plan to explore the Martian surface and atmosphere. The agency hopes to send humans to Mars in about 20 years.
NASA has announced plans for other projects between now and 2020. They include an orbiter to study the Martian atmosphere and a probe that would take a first look at what lies under the planet’s surface.
NASA’s chief, Charles Bolden, says these projects ensure the United States will be the world leader in exploring Mars. He wants the space agency to take major steps in preparation for sending astronauts to the planet in 20 years.
Curiosity has been studying the atmosphere, making maps of wind and radiation patterns, and measuring changes in air pressure on Mars.
Ashwin Vasavada is the deputy project scientist for the Curiosity mission. He says the mission is mainly concerned about ancient Mars. But he says researchers also want to learn about the planet’s current environment.
“And it’s a pretty dynamic environment. If you were standing next to Curiosity, you’d realize you’re on a planet with an atmosphere -- an atmosphere that is thick enough that when the sun heats the ground every day, gusty winds rush up and down the slopes of Gale Crater and Mount Sharp and spawn whirlwinds that sweep across the landscape. But the atmosphere isn’t thick

enough to shield you from the harsh ultraviolet light and the natural high-energy radiation coming in from space.”
Learning about that radiation is important. So scientists placed a Radiation Assessment Detector, or RAD, on Curiosity. Don Hassler is watching the radiation levels.
“The radiation is a life-limiting factor to habitability, so we need to understand what the radiation is doing if we want to understand the prospects for both current, present, and past habitability, but we also need to understand the radiation environment. When we send astronauts to Mars in the future, we need to be able to fully-understand what the radiation is doing so that we can help plan a safe mission for those astronauts.”
He adds that NASA has established a career radiation-dose limit for astronauts.
“I think it’s never really been a question of if we can go to Mars. It’s a matter of when we go, how do we best-protect our astronauts, and so characterizing the radiation environment in terms of the types of radiation that we observe and when it’s the worst and when we’d need to take precautionary measures, I think, is one of the things that we’re, we’re learning from RAD.”
Researchers say Curiosity is providing measurements that will help scientists design a trip by astronauts to Mars. President Obama has challenged NASA to send humans to the red planet by the 2030s.
Finally, a rock that fell to Earth from Mars has provided surprising new details about the planet. Scientists call the rock -- which weighs 320 grams -- “Black Beauty.” It was discovered two years ago in the Sahara Desert.
American researchers believe the rock came either from Mars’ crust or surface. They think it was formed more than two billion years ago. That would make it one of the oldest Mars meteorites ever found.
The rock contains more water than any of the other 100 meteorites known to have come from the Red Planet. The presence of water increases the possibility that life could have existed on Mars.
The researchers say the rock has given them an idea of ancient surface and environmental conditions on Mars that no other meteorite has ever offered.
The rock is composed mainly of two minerals: feldspar and pyroxene. The researchers say this suggests it was sent into space by a volcanic explosion. The chemistry is similar to what has been found on Mars by the American space agency’s vehicle “Curiosity” and by orbiting satellites during recent explorations of the Martian surface.