A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段的不忍卒读的对白组成视节目以式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多束接收器也是唯一适合解决现代射望远镜的一个通病：滤掉干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据的传输，使无线的安全不同胜于以线加强网络的安全的主要的方面以是身体通路的无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学与太空研究中心的彼得·托马斯主持研究了土卫七。今天发表在《自然》杂志上的研究成果表明，多达40%的土卫七表面为多孔地。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段不忍卒读对电视节目以电波形式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯一适合解决现代射电望远镜一个通病：滤掉电波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据传输，使无线安全不同胜于以线加强网络安全主要方面以电波是身体通路无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学电波物理与太空研究彼得·托马斯主持研究了土卫七。今天发表在《自然》杂志上研究果表明，多达40%土卫七表面为多孔地形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段的不忍卒读的对白组成视节目形式在空间痛苦地徘徊，然后消逝，而且无人哀。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

束接收器也是唯一适合解决现代射望远镜的一个通病：滤掉干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据的传输，使无线的安全不同胜于线加强网络的安全的主要的方是身体通路的无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学物理与太空研究中心的彼得·托马斯主持研究了土卫七。今天发表在《自然》杂志上的研究成果表明，达40%的土卫七表为孔地形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段忍卒读对白组成电视节目以电波形式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯一适合解决现代射电望一个通病：滤掉电波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据传输，使无线同胜于以线加强网络主要方面以电波是身体通路无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学电波物理与太空研究中心彼得·托马斯主持研究了土卫七。今天发表在《自然》杂志上研究成果表明，多达40%土卫七表面为多孔地形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个要大段卒读对白组成电视节目以电波形式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯一适合解决现代射电望远镜一个通病：滤掉电波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据传输，使无线安全同胜于以线加强网络安全要方面以电波是身体通路无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学电波物理与太空研究中心彼得·托马研究了土卫七。今天发表在《自然》杂志上研究成果表明，多达40%土卫七表面为多孔地形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段不忍卒读组成电视节目以电波形式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯一适合解决现代射电望远镜一个通病：滤掉电波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据传输，使无线安全不同胜于以线加强网络安全主要方面以电波是身体通路无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学电波物理与太空研究中心·托马斯主持研究了土卫七。今天发表在《自然》杂志上研究成果表明，多达40%土卫七表面为多孔地形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段的不忍卒读的对白组成电视节目以电波形式在空间痛苦，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯一适合解决现代射电望远镜的一个通病：滤掉电波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据的传输，使无线的安全不同胜于以线加强网络的安全的主要的方面以电波是身体通路的无法。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学电波物理与太空研究中心的彼得·托马斯主持研究了土卫七。今天发表在《自然》杂志上的研究成果表明，多达40%的土卫七表面为多孔形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

一个主要大段不忍卒读对白组成视节目以波形式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯一适合解决现代射望远镜一个通病：波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据，使无线安全不同胜于以线加强网络安全主要方面以波是身体通路无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学波物理与太空研究中心彼得·托马斯主持研究了土卫七。今天发表在《自然》杂志上研究成果表明，多达40%土卫七表面为多孔地形。

A television programme consisting largely of all but unwatchable monologues lingered painfully on the airwaves and then died, unlamented.

要大段的不忍卒读的对白组成电视节目以电波形式在空间痛苦地徘徊，然后消逝，而且无人哀悼。

The multi-beam receiver is also uniquely suited for resolving one of the nagging problems of modern radio-telescopy: screening out radio frequency interference (RFI).

多波束接收器也是唯适合解决现代射电望远镜的通病：滤掉电波干扰。

The main aspect that makes wireless security different than security of wired networks is the uncontrollability of physical access due to transmission of data with radio waves.

于数据的传输，使无线的安全不同胜于以线加强网络的安全的要的方面以电波是身体通路的无法控制性。

As much as 40% of Hyperion could be porous, according to research led by Dr Peter Thomas of the Center for Radiophysics and Space Research at Cornell University published today in the journal Nature.

康乃尔大学电波物理与太空研究中心的彼得·托马斯持研究了土。天发表在《自然》杂志上的研究成果表明，多达40%的土表面为多孔地形。