"LORD BYRON. "6 WRITTEN WHILST LIVING. "Altho' thy youthful and luxuriant wreath, Well fitted for the odours strong and strange, And where the birch and deadly night-shade mix'd Which may prepare thee for immortal palms "ON THE DEATH OF LORD BYRON. COMPOSED AT WESTHILL IN THE GREAT STORM, 1824.* "Gone is the bard, who, like a powerful spirit, A beautiful and fallen child of light, « 1823. * It was during a storm that he expired. Mr. Gordon, in his admirable History of the Greek Revolution, records it. "At six o'clock in the afternoon of Easter Monday (April 19.), at the instant of an awful thunderstorm, Byron expired." "Of some great comet he might well have been Our glorious sun, by wondering myriads seen Vying with light in swiftness, like a king "Now passing near those high and bless'd abodes, In fields of purest light, where brightest rays "And such may be his fate! And if to bring Should press the earth recumbent, looking on heaven I shall close this chapter with a copy of verses written in the beginning of this year, when on a visit to a noble family, on whom praise might be lavished, free from adulation, and whose kind attentions were almost the last he received, and warmly felt, towards the close of his career: "ASHBURNHAM PLACE. "Is this a time for minstrelsy, When nature rests in deathlike sleep, "When scarce a stream is heard to flow, "January 22. 1823. "When the wild songsters of the grove "It is a time for minstrelsy! For still the laurel blooms around, Can see through mists the fairy ground. "And hill, and dale, and woodlands green, And lakes, which pastoral meads surround, The distant ocean, and a scene At home where blossoms rise around. "And nature gains from art new powers, "It is a time for minstrelsy! For round these walls what magic forms Appear in grace and harmony! The pencil of the artist warms "The coldest scenes, and powers sublime, "It is an hour for minstrelsy! For social converse wakes the mind "Call to the hospitable board The force of reason and the flow "In Fancy e'en, tho' check'd by age; Make sunshine in the darkest day, And kindle in the coldest sage Some strain of vocal minstrelsy." CHAPTER V. VERSES WRITTEN AT RESEARCHES ON THE CORROSION OF THE COPPER SHEATHING OF SHIPS, We are now approaching the last term of my brother's scientific labours, in which he was occupied, with little interruption, from the latter end of 1823 till the summer of 1826. During the short period of about two years and a half, he communicated to the Royal Society the four following papers: "On the Corrosion of Copper Sheeting by Sea Water, and on the Methods of preventing this Effect; and on their Application to Ships of War and other Ships." "Additional Experiments and Observations on the Application of Electrical Combinations to the Preservation of Copper Sheathing of Ships, and to other Purposes." "Further Researches on the Preservation of Metals by Electro-Chemical Means." The Bakerian Lecture for 1826" On the Relation of Electrical and Chemical Changes." These papers, like those on fire-damp, offer a happy instance of an inquiry instituted in quest of a remedy for a practical evil, after having accomplished the specific object for which it was commenced, leading to other collateral researches, extending the boundaries of physical science, and, applied to the arts, conferring additional and unexpected benefits. My brother's attention was called to the corrosion of copper sheeting in sea water by the Commissioners of the Navy, to whom, on account of the vast loss in consequence of it resulting to the country, it had become a matter of serious consideration. Without loss of time he entered on the experimental investigation of the problem. He first ascertained that there is no constant relation between the impurity of copper and the facility of being acted on or corroded by sea water, which was at that time, and is indeed still, a popular notion; the contrary rather appeared to be the case: in some instances the purest specimens suffered more than those containing alloy. He next examined into the minute circumstances of the action of sea water on copper. He ascertained that the corrosion of the metal is owing to the joint action of air in the water, and of its saline ingre dients; oxide of copper being first formed, and that becoming an insoluble submuriate, and magnesia being at the same time precipitated. Reasoning on these changes, and the elements concerned in them, in quest of remedial means, he had recourse to electro-chemical science, and the principles which he himself had established of the apparent identity of electrical and chemical attraction, and the power of controuling the one by the other. It occurred to him, that as copper is only feebly positive in the electro-chemical scale, and that as, according |